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Integrated Vocational Education for Maternal Care-Insights from an Empirical Study in Underserved China

DOI: 10.31038/PSYJ.2025771

Abstract

This commentary critically evaluates the empirical study An Empirical Study of Integration Models and Mechanisms for Maternity Care in Innovative Vocational Education Systems, which addresses maternal health disparities in underserved China through an integrated vocational training model. Using a mixed-methods design combining PLS-SEM and NVivo analysis, the study reveals both the promise and limitations of integrating simulation-based learning, structured supervision, and early clinical immersion. Key findings include significant improvements in patient satisfaction but no measurable impact on student engagement or maternal complications, highlighting systemic barriers to translating training into clinical outcomes. This commentary discusses the study’s methodological innovations, practical implications for vocational education reform and health policy, and identifies future research directions to enhance the model’s effectiveness.

Introduction: Background and Core Issues

Maternal health disparities persist in underserved regions of China, complication rates remain significantly higher than the national average [1]. A critical underlying factor is the fragmentation of vocational education for maternal care, characterized by three key pain points: (1) a disconnect between theoretical instruction and clinical practice, with delayed exposure to real-world scenarios; (2) fragmented simulation training, often limited to video observations rather than hands-on practice; and (3) inadequate structured supervision, leading to passive student engagement [2]. These gaps contribute to poor emergency response skills among graduates and inconsistent care delivery, exacerbating maternal health risks. Against this backdrop, the empirical study (hereafter referred to as the Study) aims to evaluate an integrated training model combining simulation-based learning, structured clinical supervision, and early clinical immersion. This commentary analyzes the Study’s contributions, limitations, and implications for addressing maternal care challenges in underserved settings.

Innovative Methodology: Mixed-Methods Design

The Study’s strength lies in its rigorous mixed-methods approach, which overcomes the limitations of single-method research:

Quantitative Analysis

Partial Least Squares Structural Equation Modeling (PLS-SEM) was used to analyze data from 300 participants (students, nurses, patients, instructors) across experimental (integrated training) and control (traditional training) groups. This allowed the assessment of causal relationships between constructs (e.g., Staff Training → Patient Satisfaction) and multi-group comparisons to identify intervention effects.

Qualitative Analysis

Thematic analysis using NVivo 14 was applied to 14 semi-structured interviews, exploring implementation barriers and stakeholder experiences. This provided contextual depth to explain quantitative findings.

Triangulation

Convergent validation of quantitative results (e.g., patient satisfaction improvements) with qualitative insights (e.g., staff communication quality) enhanced the credibility of conclusions.

This mixed-methods design is innovative in the Chinese vocational education context, as it links training inputs to both patient-centered outcomes and institutional implementation mechanisms (Luo, 2025).

Key Findings: Promise and Limitations

The Study’s findings reveal a nuanced picture of the integrated model’s effectiveness:

Quantitative Insights

The integrated training significantly predicted higher patient satisfaction (β = 0.863, R² = 0.743), aligning with Kolb’s Experiential Learning Theory. However, no significant relationships were found between student interaction and patient satisfaction, or between patient satisfaction and maternal complications. Critically, the Staff Training construct exhibited weak psychometric validity (Composite Reliability [CR] = 0.337; Average Variance Extracted [AVE] = 0.126), indicating fragmented implementation of training components.

Qualitative Insights

Interviews highlighted key barriers: inconsistent use of simulation tools (e.g., control group students only watched videos), unclear student roles in clinical settings (“We just stood back and watched; we never practiced ourselves”), and systemic constraints like emergency delays and staffing shortages. These insights explain why patient satisfaction improvements did not translate into reduced maternal complications—perceived care quality does not address structural gaps in healthcare delivery.

Together, these findings suggest that while integrated training enhances patient perceptions, it fails to improve clinical outcomes due to poor implementation fidelity and institutional readiness.

Practical and Policy Implications

The Study offers actionable insights for vocational education reform and health policy:

Vocational Education Reform

Standardize simulation training: Mandate high-fidelity simulation实操 with structured checklists to ensure consistent implementation.

Clarify student roles: Develop guidelines for student engagement in clinical care (e.g., assisting with routine tasks under supervision) to reduce role ambiguity.

Strengthen supervision: Allocate dedicated supervisory hours and implement real-time feedback mechanisms to enhance student learning.

Health Policy

Resource allocation: Prioritize funding for simulation equipment and staff training in underserved regions to address resource scarcity.

Cross-sector collaboration: Foster partnerships between education and health sectors to align training curricula with clinical needs (e.g., joint development of maternal care training standards).

Accreditation and audit: Include implementation fidelity metrics (e.g., simulation usage rates, supervision quality) in vocational college accreditation to ensure model adherence.

These measures can bridge the gap between training inputs and clinical outcomes, enhancing maternal care quality in underserved areas.

Limitations and Future Directions

The Study has several limitations that future research should address:

Construct Measurement

The Staff Training construct requires refinement (e.g., splitting into sub-dimensions like simulation quality and supervision intensity) to improve validity.

Outcome Measurement

Maternal complication data were self-reported; future studies should use electronic medical records (EMR) to obtain objective clinical outcomes (e.g., postpartum hemorrhage rates).

Generalizability

The single-institution sample limits external validity; multi-site randomized controlled trials (RCTs) are needed to test the model’s scalability.

Longitudinal Design

A longitudinal approach can track the long-term impact of integrated training on student competence and maternal health outcomes over time.

Addressing these limitations will strengthen the evidence base for integrated vocational education models in maternal care.

Conclusion

The Study provides valuable insights into the potential of integrated vocational education to improve maternal care in underserved China. While the model enhances patient satisfaction, its clinical impact is constrained by implementation gaps and systemic barriers. To realize its full potential, reforms must focus on standardizing training, clarifying student roles, and addressing structural healthcare deficits. Future research should build on these findings to develop more robust, context-adapted models that translate training into tangible improvements in maternal health outcomes. This commentary underscores the importance of rigorous mixed-methods research in evaluating vocational education interventions and the need for systemic collaboration between education and health sectors to advance maternal health equity.

References

  1. LI Y, Zhang Y, Yuan B, Wang H (2023) Analysis and thoughts on the settings of sub-campus of public hospitals directly under the National Health Commission of China. Chinese Journal of Hospital Administration, 399-403.
  2. Luo W (2025) An empirical study of integration models and mechanisms for maternity care in innovative vocational education systems.

The Virus and Sociology: A History of an Organic Relationship

DOI: 10.31038/AWHC.2025842

Abstract

The present paper is an attempt to study the hypothesis according to which the outbreak of viruses has triggered in-depth responses and research in the field of sociology. Such unprecedented interest aims at enabling the discipline to elaborate both its epistemological and methodological perspectives and therefore assert its DNA within the sphere of the so-called “hard sciences”, and more particularly that of biology. The outbreak of the Corona virus pandemics has undoubtedly disrupted people’s attitudes towards life, illness and death. In this context, sociology has to reconsider its views and stances towards the virus in order to provide an insightful understanding of such new crisis-related attitudes.

Keywords

Sociology, Virus, Organicism, Positivism, Pandemic crisis

Introduction

As a starting point, let us raise question of how sociology enables us to understand the meaning of a virus. In other words, how does sociology as an autonomous discipline contribute to thinking through and understanding virus?

Studying and dealing with Viruses is widely and traditionally believed to belong to the field of epidemiology. Any sociological attempt to embark in such a task will be a challenging and risky adventure. However, the health crisis, which is widely known as the macabre COVID-19 that has affected countries worldwide, has proved to raise great interest and appeal among scholars in sociology. A wide range of questions has been advanced and brought under study by sociologists in order to deal with issues related to prevention measures that can help combat or limit this fast spreading virus:

  • How to urge people to respect both social and physical distancing.
  • The various steps to take in order to reduce people’s interactions to their minimum and strict level.
  • Lockdown measures as a way to restrict communities’ mobility.
  • Obliging people to weak masks in public areas.

Within this health crisis context, due attention is also given to how people conceive of health, sickness and the idea of death. In fact, such interesting questions have to be handled from a sociological perspective. We have to admit that sociology is supposed to advance its findings about social mechanics during normal everyday life as well as during crises or urgent situations. Switching between such opposing contexts is so gratifying for the sociologist since it enables them to observe facts within a temporality they will be able to master. Urgent situations usually compel these scholars to make compromises and work under stressing circumstances since when one “knows he is to be hanged in a fortnight, it concentrates his mind wonderfully.” [1]

Urban Areas: A Hotspot for Viruses

Relationships, bonds and ties are thought of as organic as long as they present a certain degree of intricate complexity. The epistemological complexity stems not only from the city population density and its deeply rooted individualism but also from the complexity of its labor division. That is why these areas are the first to fell under the spell of globalization phenomena for the best and for the worst. When it comes to harmful and fast spreading viruses, cities are the first to be affected since they do not enjoy enough and adequate facilities and efficient rules and regulations. Nobody lays the blame on cities lacking adequate equipments to face such unpredictable outbreaks. Nobody attributes the cause of such effects to an uncontrolled globalization. Environment scientists point out, among other factors, the dominance of air transportation because of their speed. Thus, they overshadow or even eclipse the other modes of locomotion since they consider them time- consuming. Yet, one can’t deny the major role they contribute in slowing down the spread of air imported viruses such as COVID 19.

In the context of globalization, the spread of COVID 19 is accelerated because of the frequent recourse to air transportation as one of the favorite means of bringing people close to each other. Cities are also home for clustered economic activities as well as industrial districts that foster proxemics leading to an active and continuous spreading of the virus. The Italian case best illustrate such an uncontrolled propagation of the virus when the pandemic first broke out. Highly industrial and commercial areas, slaughterhouses, textile and garment factories and mass food services are the areas that are most exposed to the heaviest rates of contamination.

The unlimited greed of capitalism for a global city and for a huge available reserve army has pushed the city to assume roles it is well prepared to. It has to host an unqualified labor force usually living in ghettos and slums lacking proper sanitation and where viruses proliferate fast. Globalized capitalism has made of profit its main creed. Therefore, global cities’ ecosystems have undergone its destructive effects even if they stand as ramparts against viruses against which our immune system is not well equipped.

Rediscovering the benefits of the boundaries within a sovereign State Nation, protecting cities within the same national territory and restricting the flow of people and goods are among the major measures that most states took in order to control the spread of the virus. The implementation of such measures is a way to recognize the assets of sovereignty that both the global consensus and the different walks of liberals have denied so far. In other words, and to express it in sociological terminology related to the process of globalization, this context of health crisis has shown that the methodological nationalism has gained more ground over methodological cosmopolitism. Yet, if we base our assessment on the increasing number of contaminated people and the resulting panic, it will be evident to presume that governments are unable to control and contain the disease and therefore protect their citizens.

The Ambivalence of the State Response to the Global Health Crisis

When confronting uncertain and urgent situations, decision makers, standing for the dominant legitimate violence holder, usually rely on a security based approach to handle and deal with such crises: (community lockdown, compulsory masks and obligatory negative COVID 19 tests for travelers). Thus, if governments proceeded with their borders control, what was the cost to pay and what were the procedures to implement above all if the main lever is held by family owned business powers? Without focusing on cosmopolitism, this question is really worth exploring unless there is lack of data. The economic crisis following the health crisis is the worst that humanity went through. It is more likely that it has led to radical change and even to a departure from previous modes and paradigms.

Mass media have largely covered the pandemic and its subsequent effects. Yet, globalized capitalism is certainly endowed with enough resources leading to model of society. This new social configuration will be so challenging to the sociologist’s gaze. The hypothesis that a wave globalism is taking shape in a world largely controlled by the world of Finance/ Financial oligarchy disdaining peoples and having conflicting attitudes towards the Nation State. Permeated with a political and ideological note, the globalist doctrine strives to impose a new terminology and make it widely understood and accepted within academic spheres. That is to say, global governance aspires to place the notion of sovereignty at the heart of a hardline neoliberal framework expressed through symbols that ends up in a kind of a global city. Hence, the apostles of globalism clearly denigrate the principle of People’s Sovereignty, which is based on sovereignty by and for peoples.

The Health Crisis as a Total Social Fact

In overpopulated urban areas, domestic space has also been the focus of scholars, especially during the high pic periods of community lockdown. Large families living together in overcrowded shanties have certainly gone through hard times because of that deterioration in social relationships. The repercussions of such a hard and difficult situation can be summed up as follows:

An increase in the rate of urban domestic violence, children in distress, an increasing and chaotic feeling of apprehension about the future. In terms of skills and knowledge transmission, illiterate families have suffered the stress and the exhausting effects of distance learning.

Nevertheless, being locked down in a luxurious villa having different facilities such as a swimming pool and located in a gentrified neighborhood looks like spending an enjoyable holiday. This health crisis has clearly revealed the stark inequalities prevailing among the different walks of life in urban areas. Other level of segregation lies in the economic domain. As far as the private sector is concerned, employees were forced to non-paid holidays or even sacked. Both sexes were compelled to telecommuting. So professional life commitment tend to influence and overshadow intimate family life. For underground economy, substantial segments and groups, relying on resourcefulness have been considerably impoverished. The stakeholders involved were obsessed with this pandemic lest they should catch the virus and then contaminate their family members.

One of the other issues is related to paradigmatic considerations. That is, trying to establish an articulated link between the city, the health crisis and the process of globalization. The aim is to provide an insightful understanding of how fragile our common universe is. It is also a way to explain that our global society model is doomed to exhaustion because it is mainly based on the sacrosanct excessive human rights model. Instead, it should stand on a more pragmatic ground rather than relying on more ideological positions respecting Nature and maintaining an environmental balance. Commodification of wild animals living in jungles better illustrates human idiocy and their flagrant transgression of the natural order. It is admitted that bats are infected with viruses that belong to the family of RIBOVIRUSES known as “corona”. Their shape is similar to that of a crown. According to official reports and records, this virus appeared in China on December 8th, 2019. It is argued that this pandemic is so familiar among the family of bats, which plays a major role in its transmission. This scientific fact was proved by Shi ZHENGLI, a reputed Chinese scholar in virology at the Institute of virology in Wuhan (the starting point of the virus). He declared, “There are different bats and wild animal species. The unknown viruses that we have discovered stand only for the visible part of the iceberg. To protect human beings from the upcoming epidemic of infectious diseases, we should progress in research and have a deep insight into the nature of these unknown viruses that wild animals spread in nature. Therefore, we will be able to warn people in advance and incite them to take prevention measures. If we don’t study them thoroughly, we will be running the risk of suffering from further epidemics” [2]. The way people conceive of such creatures (a kind of hybrid ones with multiple virtues) living closely to them is a harbinger of a social and health cataclysm. Therefore, sociology will have to conduct more research with more findings on human animal nature and animal humanity. The perspective according to which such a task should be achieved should take into consideration the logic of the market as well as the healthcare chaos that can lead to a kind of incestuous relations between humans and animals. To sum up, commodification of animals, environmental balance disturbance and consumerism have considerably paved the way for the virus to cross the borders.

The Virus, Possible Lessons for Sociology

Our social world universe is so intricate and complex, especially when it suffers from a pandemic. Any attempt to approach it solely from the perspective based on human encroaching on animal territory will be oversimplifying and even incomplete. Instead, the CORONA virus should be dealt with according to a sociological perspective that can reflect and reveal human weaknesses and vulnerabilities. Our planet is continuously threatened by the irresponsible egoistic short-term actions of its inhabitants. Because of its omnipotence, The Corona virus, a kind of influenza that has not revealed all its secrets yet, can reach our unconsciousness and dominate our daily talks and interactions. It can also make us more worried about an uncertain future. In short, this unexpected intruder has broken out in the daily life of communities all over the world. It has acquired a global dimension through compulsory lockdowns and quarantines and the surprisingly high number of deaths it has caused.

Few observers and researchers were able to fully understand the initial scenario of the pandemic outbreak as we can infer from the parts included in a diagnosing prospective report. At the core of it lies the complexity that characterizes the practice of our “living together”. A situation that is so difficult to grasp as is the case for most of the conclusions delivered by the regularly established report of “the World in thirty years ‘time”. Such reports are one of the American central Intelligence Agency favorite activities. Empirically speaking, the virus is undoubtedly devastating since it causes both physical and psychological sufferings. It also provides regular signals about the unhealthy state of our societies via alerts that reflect the sense of life and History. The context of the pandemic as a morbid event has intensely contributed to our body and soul lockdown.

Quarantine, Lockdown or containment: macabre terms that have popped up out of the dictionary and that show how both our body and spirit have been got hold of. Discipline, manipulation and restricting people mobility by exposing them to containment areas are examples of what Michel Foucault called quarantine corollaries. Yet, the lesson to learn as previous experiences usually have shown is that the threat of a surprisingly unexpected virus is a reminder of an ontological and existential fragility. Broadly speaking, what does the virus mean?

In the next part, we will attempt to provide a sociological interpretation of the virus, considered as an intruder, without having to revisit laboratories and medical bodies or agencies. Taking into account the scope of the present paper, our analysis will be more cursory. As its founding father, Emile DURKHEIM strongly believed that sociology is similar to human body. That is to say, it is considered as a holistic whole based on a kind of solidarity among its members. Functionalism and “organicism” are theories that view social entities as organic and akin to living bodies. The core idea is that the social order and its interconnected functioning modes derive from the biological model. Before his death, DURKHEIM published his famous book on The Rules of the Sociological Method where he largely drew on C. Bernard’s findings included in his manual “Introduction to the Study of Experimental Medicine” [3]. In doing so, the French sociologist wanted to show that experiments are the basis on which this new emerging social science stands. According to this perspective, every pathology is a threat to the stability of a society. To make the difference between the normal and the pathological, DURKHEIM stated, “For societies and individuals, health is good and desirable. Illness is harmful and should be avoided. Inherent to social facts themselves, the choice of objective criteria will enable us to scientifically distinguish between health and disease throughout the different scales of social phenomena. Science can improve practical and field studies without departing from its own method” [4].

Conclusion

The virus is the intruder that nobody wishes to have at home. Yet, we end up by getting used to it. It bursts into an organism willing to set its members apart. Apart from the anatomy of a sick body, the social impacts of the virus are so frightening: a series of continuous social dramas deteriorated social bonds, the crumbling of family foundations, the collapse of the civilization based on that relative human serenity etc. That was DURKHEIM’s obsession even if he recognized the regular occurrence of all the ills that affect society. Suicide, a crime that he considers as a normal social fact, will not increase without resulting in a general impotence. The virus, as a sign that every society is subject to irregular functioning, causes anomie. This breakdown in social values and order reveals how difficult it is for institutions to assume their roles in improving the destiny of Humanity. A curious sociological premonition: during the uncertain lockdown periods, solidarity has gained more ground after having been stifled by a hegemonic world economy that promotes egoistic individualism. The virus is that intruder that nobody accepts, but once at home and looming around, everyone ends up getting used to it!

A large number of essays have stressed the fact the colonial experience would not have been possible if the colonized States had been resistant enough. Standing against the colonial virus becomes inert when a society suffers from social ills and divisions. Once compared to [5] forged the concept of “colonisability” to justify and reinforce this assertion. Due to its invisible nature, the virus mutates and attacks in a surprising and unpredictable way. It can take new forms. So, sociologists are expected to bring it under study in order to be able to provide an insightful knowledge and understanding of its propagation. The General Mc ARTHUR once said “It’s too late. These are the two words used to sum up lost battles.” [6]

What about if sociologists become crises experts?

References

  1. Samuel JOHNSON quoted by one of his best biographers, James BOSWELL (1952) in « The life of Samuel JOHNSON, Vol. III)
  2. https://www.frs-fnrs.be/docs/Lettre/lettre119.pdf p.30
  3. Bernard C (1865) Introduction à l’étude de la médecine expérimentale, Paris, Baillière.
  4. DURKEIM made a distinction between what is normal and what is pathological in The Rules of Sociological Method, chap. 3
  5. Benabi M (1954) Vocation de l’Islam, Paris, Seuil.
  6. Cited in https://www.forbes.com/sites/deloitte/2024/01/08/every-tool-in-the-toolbox-ai-regulations-that-arent-being-talked-about/?sh=1999cb6a76a3: “The history of failure in war can almost always be summed up in two words: ‘Too late.’ Too late in comprehending the deadly purpose of a potential enemy. Too late in realizing the mortal danger. Too late in preparedness. Too late in uniting all possible forces for resistance.”

Developing a Sexuality Education Survey for Women Living with HIV

DOI: 10.31038/AWHC.2025841

Abstract

Background: Advances in antiretroviral therapy have transformed HIV into a chronic condition, shifting care priorities beyond viral suppression toward quality of life and well-being. Sexual health is a central component of health; however, sexuality education for women living with HIV (WLH) has historically emphasized risk reduction and fertility control, often neglecting pleasure, sexual agency, and reproductive autonomy. The absence of tools to assess sexuality education experiences among WLH limits the ability to identify gaps, evaluate interventions, and deliver equitable, patient-centered HIV care.

Objective: To describe the development of a sexuality education assessment tailored for women living with HIV, informed by women’s lived experiences and grounded in sexual health and reproductive justice frameworks.

Methods: Between March and May 2024, two qualitative focus groups were conducted with WLH recruited from the Miami site of the Multicenter AIDS Cohort Study/Women’s Interagency HIV Study Combined Cohort Study (MWCCS). Participants reviewed and provided feedback on two existing instruments: the HIV-Positive Primary Prevention (HIV-PPP) Survey and the Student Sex Survey. Guided discussions focused on item relevance, language appropriateness, and identification of missing content domains. Audio recordings were transcribed verbatim and reviewed for accuracy. A multidisciplinary research team used a consensus-based analytic approach to determine item retention, modification, removal, and addition.

Results: Participants identified substantial limitations in existing sexuality education measures, including stigmatizing language, heteronormative assumptions, and an overemphasis on risk. Assessment refinement resulted in expanded domains addressing sexual pleasure, desire, intimacy, HIV-related counseling experiences, disclosure, U=U education, aging and menopause, and relational and structural influences on sexual agency. Women emphasized the importance of evaluating not only whether sexuality education occurred, but how it was framed; specifically whether it supported autonomy, dignity, and informed choice.

Conclusions: This study addresses a critical measurement gap by developing a sexuality education assessment tailored to the experiences of women living with HIV. Grounded in reproductive justice principles, the assessment moves beyond behavior-focused metrics to capture empowerment, agency, and well-being. This tool has the potential to inform research, clinical practice, and interventions aimed at integrating comprehensive, rights-based sexual health education into HIV care for women.

Introduction

Advances in antiretroviral therapy have transformed HIV into a chronic, manageable condition, allowing women living with HIV to experience near-normal life expectancy [1,2]. As a result, HIV care has expanded beyond viral suppression to encompass quality of life, mental health, and overall well-being, consistent with World Health Organization definitions of sexual health as a fundamental aspect of human health and human rights [3]. Despite this shift, sexuality remains insufficiently addressed within HIV research and clinical care, particularly for women.

Women living with HIV (WLH) experience sexuality at the intersection of biomedical, psychosocial, relational, and structural forces, including HIV-related stigma, gender norms, trauma histories, aging, and reproductive health transitions [4,5]. Historically, sexuality education for women with HIV has focused primarily on transmission prevention and fertility regulation, often excluding discussions of pleasure, desire, sexual functioning, intimacy, and sexual agency [6,7]. From a reproductive justice perspective, defined by the right to bodily autonomy, the right to have or not have children, and the right to parent and live with dignity in safe and sustainable communities, this narrow approach constrains women’s ability to make fully informed and self-determined decisions about their sexual and reproductive lives [8,9].

Empirical evidence demonstrates that many WLH report unmet needs related to sexual functioning, body image, menopausal changes, and communication with partners and healthcare providers [10,11]. Fear of HIV transmission and internalized stigma persist even in the context of robust evidence supporting Undetectable = Untransmittable (U=U), which has been shown to eliminate sexual transmission risk when viral suppression is maintained [12,13]. These challenges are disproportionately experienced by women who face intersecting structural inequities, including women of color, women aging with HIV, and women experiencing socioeconomic marginalization [14,15].

Despite increasing recognition of sexual well-being as integral to health, the extent to which WLH receive comprehensive, affirming, and rights-based sexuality education remains poorly characterized. This gap reflects, in part, the absence of assessment tools designed specifically for women living with HIV. Existing sexual health and HIV-related measures often prioritize risk behaviors and clinical outcomes, with limited attention to sexual pleasure, agency, power dynamics, reproductive decision-making, and trauma-informed care [16,17].

The lack of tools to assess sexuality education among WLH represents a critical limitation for advancing patient-centered, equity-oriented HIV care. Without such measures, it is difficult to identify educational gaps, evaluate interventions, train providers, or inform policy and program development. Importantly, assessment is a prerequisite for accountability and aligns with reproductive justice principles by centering bodily autonomy, informed choice, and dignity rather than fear-based or restrictive messaging [3,8].

The purpose of this study is to describe the development of a sexuality education assessment tailored for WLH. Grounded in women’s lived experiences and informed by contemporary sexual health and reproductive justice frameworks, this research aims to provide a foundational measurement tool to support holistic HIV care, guide intervention development, and advance the equitable integration of sexual well-being into HIV services.

Methods

Study Design and Participants

This qualitative study employed focus group methodology to inform the development of a sexuality education assessment tailored for women living with HIV (WLH). The study was approved by the University of Miami Institutional Review Board. Between March and May 2024, two focus groups were conducted with WLH to review existing sexuality education assessments and provide feedback to ensure relevance, appropriateness, and cultural responsiveness for the target population.

Participants were recruited from the Miami site of the Multicenter AIDS Cohort Study/Women’s Interagency HIV Study Combined Cohort Study (MWCCS), the largest and longest-running observational study of people living with HIV in the United States. Recruitment flyers were posted in areas where routine MWCCS study visits occurred. Interested individuals were referred to the study coordinator for screening and enrollment. Eligibility criteria included being an adult woman living with HIV and currently enrolled in MWCCS.

Instrument Identification and Review

A comprehensive review of the literature was conducted to identify existing sexuality education and sexual health assessments relevant to capturing women’s educational experiences across the life course. Although no single validated instrument adequately captured sexuality education experiences among WLH, two complementary tools were identified by the Principal Investigator (PI) as foundational for adaptation:

  1. The HIV-Positive Primary Prevention (HIV-PPP) Survey, which assesses HIV-related knowledge, sexual behaviors, and prevention practices before diagnosis, at the time of infection, and following diagnosis.
  2. The Student Sex Survey, which assesses exposure to school-based sexuality education, including curriculum type, duration, and perceived adequacy.

Together, these tools provided a starting framework to capture both formal sexuality education and HIV-specific sexual health experiences.

Focus Group Procedures

Two in-person focus groups were conducted in a private conference room within the same facility where MWCCS study visits occurred, enhancing participant familiarity and comfort. All participants provided written informed consent prior to participation. Each focus group was audio recorded and facilitated by the PI, with a research associate present to take handwritten notes and observe group dynamics but not participate in discussion.

Each focus group lasted approximately 90 minutes. Participants were guided through a systematic, item-by-item review of both instruments. Consistent with the study’s measurement development objectives, discussion focused narrowly on three domains:

  1. Relevance: Whether each item was appropriate and meaningful for WLH.
  2. Language: Whether wording was clear, respectful, inclusive, and non-stigmatizing.
  3. Content gaps: Identification of missing domains or questions necessary to capture women’s sexuality education experiences.

At the conclusion of each focus group, participants received $25 compensation for their time. Audio files were uploaded to the University of Miami’s secure, cloud-based server.

Analyses

Audio recordings were transcribed verbatim by two medical students completing a supervised research practicum. Following transcription, each medical student and a Master’s-level clinical research coordinator independently reviewed the transcripts against the audio recordings to ensure accuracy and completeness.

Using a consensus-based analytic approach appropriate for instrument development, the research team reviewed transcripts and summary notes to evaluate each survey item. Discussions focused on whether items should be retained, revised, or removed, and on identifying new items warranted based on participant feedback. The PI facilitated iterative team meetings to resolve discrepancies and finalize decisions regarding item inclusion and wording.

Rather than formal thematic coding, analyses emphasized pragmatic content validity, clarity, and alignment with reproductive justice and sexual health frameworks. This approach is consistent with early-phase measure development aimed at refining relevance and acceptability prior to psychometric testing.

Outcomes

Assessment Refinement and Content Expansion

Nine women participated across both focus groups (five in focus group #1, 4 in focus group #2). Focus group feedback resulted in substantial refinement of both source instruments. Participants consistently emphasized that sexuality education experiences extended far beyond school-based instruction and were shaped by healthcare encounters, HIV diagnosis, aging, relationships, and sociocultural context.

Key outcomes of the assessment development process included:

  • Removal or revision of stigmatizing or heteronormative language, particularly terminology perceived as outdated, judgmental, or male-centered.
  • Expansion of items addressing sexual pleasure, desire, and satisfaction, domains participants noted were rarely addressed in prior education yet central to quality of life.
  • Inclusion of HIV-specific educational experiences, such as counseling received at diagnosis, discussions of U=U, disclosure guidance, and provider communication about intimacy.
  • Addition of life-course perspectives, including menopause, aging, and changes in sexual identity or partnerships over time.
  • Integration of relational and structural factors, including power dynamics, partner communication, and experiences of stigma within healthcare settings.

Participants strongly endorsed the importance of assessing not only whether education occurred, but how it was delivered, including tone, framing, and whether it supported autonomy versus fear.

Alignment with Reproductive Justice Principles

Across both focus groups, participants articulated themes closely aligned with reproductive justice, including bodily autonomy, informed choice, and dignity. Women emphasized the need for education that affirmed their right to desire, intimacy, and self-determination, regardless of HIV status. These perspectives directly informed the inclusion of items assessing whether sexuality education was empowering, neutral, or restrictive.

Discussion

This study describes the development of a sexuality education assessment specifically tailored for women living with HIV, addressing a critical gap in HIV research and care. Although sexual well-being is widely recognized as integral to health, women’s sexuality, particularly in the context of HIV, remains under-measured and under-prioritized. Findings from this qualitative assessment development process underscore the inadequacy of existing tools to capture the complexity of WLH’s educational experiences.

Consistent with prior literature, participants reported that sexuality education was frequently framed through risk, fear, and restriction, rather than pleasure, agency, and well-being [10,16]. Importantly, women identified HIV diagnosis as a pivotal moment of sexuality education, yet noted substantial variability in the quality and content of counseling received. These findings highlight the need for tools that assess sexuality education across clinical, relational, and life-course contexts, not solely in adolescence or school settings.

By grounding assessment development in women’s lived experiences and reproductive justice principles, this study advances a rights-based approach to sexual health measurement. The resulting assessment moves beyond behavior-focused metrics to capture autonomy, dignity, and empowerment, dimensions essential for equitable, patient-centered HIV care.

Limitations

Several limitations warrant consideration. First, participants were recruited from a single MWCCS site, which may limit generalizability to WLH not engaged in longitudinal research cohorts or HIV care. Second, the sample size was intentionally small, consistent with qualitative focus group methodology, but not intended to capture the full diversity of WLH experiences. Third, this study focused on content development rather than psychometric validation; reliability and validity testing are needed in future research.

Next Steps and Future Directions

The revised assessment is currently being piloted among 30 WLH. Future work will involve pilot testing the refined sexuality education assessment in a larger and more diverse sample of WLH to evaluate feasibility, reliability, and construct validity. Subsequent analyses will explore associations between sexuality education experiences and outcomes such as sexual satisfaction, stigma, mental health, relationship quality, and engagement in care.

Ultimately, this assessment has the potential to inform intervention development, provider training, and policy by making women’s sexuality education experiences visible and measurable. Incorporating such tools into HIV research and clinical practice represents a critical step toward holistic, reproductive justice–aligned HIV care that affirms not only longevity, but pleasure, dignity, and self-determination.

Sexual Wellness, Education, Experiences, and Treatment in Positive Women (SWEET P)

Please fill out the below questions to the best of your ability. All answers are anonymous, so please be as honest as possible.

Demographics:

Age: _____________

  1. Are you Hispanic or Latino
    A. Yes
    B. No
  2. Which one or more of the following would you say is your race? (Check all that apply)
    A. White
    B. Black or African American
    C. Asian
    D. Native Hawaiian or Other Pacific Islander
    E. American Indian or Alaskan Native
    F. Other
  3. Which of the following best represents how you think of yourself
    A. Straight
    B. Gay or Lesbian
    C. Bisexual
    D. Other
  4. What is your annual household income from all sources?
    A. Less than $10,000
    B. $10,000 – $25,000
    C. $25,000 – $35,000
    D. $35,000 – $50,000
    E. $50,000 – $75,000
    F. $75,000 – $100,000
    G. More than $100,000
    H. Don’t Know/Unsure
  5. What is your living situation today?
    A. I have a steady place to live
    B. I have a place to live today, but I am worried about losing it in the future
    C. I do not have a steady place to live (I am temporarily staying with others, in a hotel, in a shelter, living outside on the street, on a beach, in a car, abandoned building, bus or train station, or in a park)
  6. What is your highest level of school completed?
    A. No schooling completed
    B. Some school-no diploma
    C. High School Diploma or GED
    D. Some college-no degree
    E. Trade/Technical School or Associates Degree
    F. Bachelor’s Degree
    G. Advanced Degree (Masters, Doctorate, or Professional Degree)

About Your Sex Education:

Note: This survey uses the term “sex education” to mean instruction about anything relating to preventing pregnancy and sexually transmitted infections, HIV/AIDS, abstinence from sexual activity, healthy decision-making around sexuality, and other sexual health topics.

  1. Did you receive you sex education before or after diagnosis
    A. Before
    B. After
    C. Both
    D. Don’t Know/Unsure
  2. Where were you first taught sex education (sex ed)?
    A. School
    B. Home
    C. Community outreach/program
    D. Healthcare setting (hospital, clinic, doctors office, etc.)
    E. Other (personal experience, movie/media……):
    F. I have never learned about sex education
  3. Were you ever taught sex education in school
    A. Yes
    B. No
    C. Don’t Know/ Unsure
  4. If you didn’t have sex education in school, why? (Only answer if 9 is ‘No’ or ‘Don’t Know/Unsure’)
    A. Parents didn’t want me to learn sex ed in school.
    B. Parents forgot to sign the consent form.
    C. Instructions were not offered.
    D. Other ___________
  5. If you have been taught sex education in school, when did you have it?
    A. Elementary school
    B. Middle school
    C. High school
    D. College
    E. Don’t Know/Unsure
  6. In what type of school system did you receive your sex education:
    A. Public school
    B. Private school
    C. Religious school
    D. Charter school
    E. Other: _________________________________________________________________
  7. Was the class mandatory?
    A. Yes
    B. No
    C. Don’t Know/Unsure
  8. How long did your instructor spend on sex ed in school?
    A. Less than a day
    B. 1 Day
    C. 3-4 Days
    D. 1 week
    E. More? Specify: ________
  9. Which topics did the sex education instruction cover? (Choose all that apply)
    A. No Sex/Abstinence
    B. Condoms
    C. Contraception (birth control)
    D. How to make healthy decisions
    E. Body image
    F. Gender roles
    G. Gay and Lesbian relationships (LGBTQ+)
    H. Sexual abuse/Healthy Relationships
    I. Local resources for sexual health (where to get STI testing)
    J. Consent
    K. Reproductive health (menstrual cycle)
    L. Sexual pleasure
    M. Reproduction (how pregnancy happens)
    N. STI prevention
    O. How to approach conversations about safe sex with a partner
    P. Other: __________________________________________________________________
  10. Which of the following best describes what you were taught about preventing STD’s and unintended pregnancy?
    A. Abstinence (don’t have sex) was the only thing discussed.
    B. Condoms and birth control mentioned, but most time was spent on abstinence.
    C. Abstinence and condoms/birth control were both discussed fully.
    D. Abstinence mentioned, but most time was spent on condoms/birth control.
    E. Abstinence was not discussed.
  11. Which statement most accurately reflects what you were taught about condoms?
    A. “When used properly, condoms are effective in preventing unintended pregnancy, sexual transmitted infections (STDs), and HIV.”
    B. “Condoms are not effective in preventing unintended pregnancy, STDs, or HIV.”
    C. I was not taught about condoms.
  12. In sex ed class, I generally felt: (Choose all that apply).
    A. Comfortable
    B. Uncomfortable
    C. Accepted for who I am
    D. Judged for who I am
  13. To what extent were you satisfied with your sex ed class?
    A. Very satisfied
    B. Satisfied
    C. Neutral
    D. Dissatisfied
    E. Very dissatisfied

The Sex Education You Want:

  1. Do you think your school should have spent more or less time on sex ed?
    A. More
    B. Less
    C. Fine how it is
  2. At the time, did you feel comfortable asking your parent(s) or guardian(s) about these topics (e.g. safe sex, healthy relationships, etc.)?
    A. Yes
    B. No
    C. Sometimes
    D. Don’t Know/Unsure

Factors in Becoming HIV Positive:

  1. Check the MAJOR behavior(s) you believe led to you becoming HIV positive:
    A. Vaginal sex without a condom
    B. Vaginal sex with a condom
    C. Receptive anal-penis sex without a condom
    D. Anal-penis sex with a condom
    E. Oral (mouth-penis) sex
    F. Oral (mouth-vagina) sex
    G. Sharing needles
    H. Blood transfusion
    I. I do not know
    J. Other: ___________________________________________________________
  2. Please describe your relationship (at the time of transmission) to the person(s) who may have passed HIV to you:
    A. Spouse, husband/wife, life partner, significant other
    B. Non-spouse but longstanding friend and/or longstanding sex/needle partner
    C. Casual acquaintance, casual sex partner, and/or one-night stand
    D. Sex worker
    E. Blood transfusion
    F. Needle
    G. Mother-to-baby (born with it)
    H. Nonconsensual sex
    I. I have no idea who may have passed HIV to me
    J. Other: ______________________________________________________________
  3. Where do you think you became infected with HIV?
    A. In Miami-Dade County
    B. Outside of Miami-Dade County, but in Florida
    C. Outside of Florida, but in the US
    D. Outside of the US
    E. Don’t Know/Unsure
  4. When you became HIV positive, what was your living situation?
    A. I had a steady place to live
    B. I had a place to live, but was worried about losing it
    C. I did not have a steady place to live (I was temporarily staying with others, in a hotel, in a shelter, living outside on the street, on a beach, in a car, abandoned building, bus or train station, or in a park)
    D. Don’t Know/Unsure
  5. Which of the following statements, if any, were true for you when you became HIV positive?
    A. I didn’t know the person was HIV positive
    B. I was feeling depressed, lonely, just not caring
    C. I was feeling like I really needed to have sex
    D. I was drunk or high at the time
    E. I didn’t know about safer sex and/or safer needles
    F. I was feeling in love
    G. S/he was so good-looking, health-looking, clean-looking
    H. I did not like condoms, so I didn’t use them
    I. Neither of us had condoms with us
    J. I didn’t feel assertive enough to insist on safer sex
    K. I was trying to get or keep my partner
    L. I was sexually abused as a child/adolescent
    M. The person told me s/he was HIV negative
    N. I was feeling like I really needed to get high (inject drugs)
    O. I thought my partner was only having (unsafe) sex with me
    P. The condom broke
    Q. My partner(s) refused to practice safer sex
    R. I did not have access to clean needles
    S. I hated/was conflicted about my sexual attractions and desires
    T. I was feeling damned by God
    U. I needed money or other things
    V. I wanted to become infected
    W. My partner(s) refused to practice safer needles
    X. Other_________________________________________________

Concerns of Persons with HIV Postdiagnosis:

  1. Since you were diagnosed with HIV, which of the following statements were true for you even once:
    A. I have engaged in safer sex (sex with condoms) with at least one other person
    B. I avoided sex, chose not to have sex, or shut down sexually
    C. I have had sexual contact with other(s) without disclosing my HIV status
    D. I have engaged in unprotected anal/vaginal sex (without condoms) with another person(s) who I knew was HIV positive
    E. I have engaged in unprotected anal/vaginal sex (without condoms) with another person(s) who was HIV negative or whose HIV status I did not know
    F. I have engaged in unprotected oral sex (mouth-penis/vagina without condoms) with another person(s) who was HIV negative or whose HIV status I did not know
    G. I have shared needles with another person(s) who I knew was HIV positive
    H. I have shared needles with another person(s) who was HIV negative or whose HIV status I did not know
    I. I have engaged in other risk activities that could pass on HIV
    J. I have given serious thought to having a baby
    K. On at least one occasion, I have thought seriously about ending my life
    L. On at least one occasion, I have tried to kill myself
  2. Since you were diagnosed, which of the following issues, if any, have been problems or challenges for you:
    A. Practicing/maintaining safer sex
    B. Practicing/maintaining safer needle use
    C. Alcohol and/or other drug use
    D. Feeling confident that I will not infect others
    E. Knowing how to tell potential sex partner(s) that I am HIV positive
    F. Being intimate with other people
    G. Experiencing sexual pleasure
  3. Since being diagnosed, which, if any, of the following topics have you received education on (check all that apply):
    A. Disclosing my HIV status to others
    B. How to talk to a sex partner(s) about PrEP
    C. How to experience sexual pleasure
    D. How to practice safe sex
    E. How to prevent HIV transmission (regarding sexual contact, sharing needles, mother to child, blood transfusion)

Future Sexual Education:

  1. What topics, if any, do you think should be implemented in sex education classes in schools?
    A. Abstinence
    B. Condoms
    C. Contraception (birth control)
    D. How to make healthy decisions
    E. Body image
    F. Gender roles
    G. Gay and Lesbian relationships (LGBTQ+)
    H. Sexual abuse/Healthy relationships
    I. Local resources for sexual health (where to get STI testing)
    J. Consent
    K. Reproductive health (menstrual cycle)
    L. Sexual pleasure
    M. Reproduction (how pregnancy happens)
    N. STI prevention
    O. How to approach conversations about safe sex with a partner
    P. Sexual Pleasure
    Q. Other: __________________________________________________________________
  2. Do you think adults could benefit from taking a sex education class?
    A. Yes
    B. No
    C. Don’t Know/Unsure
  3. Do you think adults living HIV could benefit from taking a sex education class?
    A. Yes
    B. No
    C. Don’t Know/Unsure

Sexual Pleasure

  1. Have you ever learned about sexual pleasure?
    A. Yes
    B. No
    C. Don’t Know/Unsure
  2. If so, where did you learn about sexual pleasure
    A. School
    B. Personal experience
    C. Media (movies, tv shows, social media, etc.)
    D. Friends
    E. Family
    F. Other __________________________________________________________________
  3. Did you ever learn about the female sexual response cycle
    A. Yes
    B. No
    C. Don’t Know/Unsure
  4. Have you ever learned about female sexual dysfunction (a persistent or recurrent problem with sexual response, desire, arousal, orgasm, or pain during intercourse that causes distress or interpersonal difficulty)
    A. Yes
    B. No
    C. Don’t Know/Unsure

References

  1. UNAIDS. Global HIV & AIDS statistics—fact sheet. UNAIDS.
  2. Centers for Disease Control and Prevention. HIV Surveillance Report. CDC.
  3. World Health Organization (2006) Defining sexual health: report of a technical consultation on sexual health. WHO.
  4. Logie CH, James L, Tharao W, Loutfy MR (2011) HIV, gender, race, sexual orientation, and sex work: a qualitative study of intersectional stigma experienced by women living with HIV in Ontario, Canada. PLoS Med 8(11): e1001124. [crossref]
  5. Turan B, Budhwani H, Fazeli PL, et al. (2017) How does stigma affect people living with HIV? The mediating roles of internalized and anticipated HIV stigma in the effects of perceived community stigma on health and psychosocial outcomes. AIDS Behav 21(1): 283-291. [crossref]
  6. Higgins JA, Hirsch JS (2007) The pleasure deficit: revisiting the “sexuality connection” in reproductive health. Perspect Sex Reprod Health 39(4): 240-247. [crossref]
  7. Sobo EJ (1995) Choosing unsafe sex: AIDS-risk denial among disadvantaged women. University of Pennsylvania Press.
  8. Ross LJ, Solinger R (2017) Reproductive Justice: An Introduction. University of California Press.
  9. SisterSong Women of Color Reproductive Justice Collective. Reproductive justice brief. SisterSong.
  10. Bhatta DN, Liabsuetrakul T, McNeil EB (2017) Social and behavioral interventions for improving quality of life of women living with HIV. Health Quality life outcomes 15: 80. [crossref]
  11. Nappi RE, Cucinella L, Martella S, Rossi M, Tiranini L, et al. (2018) Sexual dysfunctions in women living with HIV. Climacteric 21(4): 371-377.
  12. Rodger AJ, Cambiano V, Bruun T (2016) Sexual activity without condoms and risk of HIV transmission in serodifferent couples when the HIV-positive partner is using suppressive antiretroviral therapy (PARTNER study) JAMA 316(2): 171-181. [crossref]
  13. Cohen MS, Chen YQ, McCauley M, et al. (2011) Prevention of HIV-1 infection with early antiretroviral therapy. N Engl J Med 365(6): 493-505. [crossref]
  14. Crenshaw K (1991) Mapping the margins: intersectionality, identity politics, and violence against women of color. Stanford Law Rev 43(6): 1241-1299.
  15. Bowleg L (2012) The problem with the phrase women and minorities: intersectionality—an important theoretical framework for public health. Am J Public Health 102(7): 1267-1273. [crossref]
  16. Tolman DL (2002) Dilemmas of desire: teenage girls talk about sexuality. Harvard University Press.
  17. Ford JV, Barnes R, Rompalo A, Hook EW (2013) Sexual health training and education in the U.S. Public Health Rep 128(Suppl 1): 96-101. [crossref]

Obesity, Socioeconomic Transitions, and the Evolving Social Gradient of Non-Communicable Diseases in Low- and Middle-Income Countries

DOI: 10.31038/AWHC.2025835

 

Non-communicable diseases (NCDs) are now the leading cause of premature mortality in low- and middle-income countries (LMICs), accounting for more than 80% of early NCD deaths worldwide. As LMICs undergo rapid demographic, nutritional, and epidemiological transitions, obesity has emerged as a central driver of cardiometabolic risk—particularly among women. Although NCDs have long been characterised as “diseases of affiuence” in developing country settings, accumulating evidence suggests that this social gradient is weakening. New longitudinal evidence from India provides timely insights into how rising obesity may be reshaping the distribution of NCD risk across socioeconomic groups [1].

Using two waves of the nationally representative panel data from the India Human Development Survey (IHDS) 2004-05 & 2011- 12, which followed more than 24,000 women of reproductive age over seven years, Barik(2025) assessed the risk of developing non- communicable disease (NCDs) like hypertension, diabetes, or heart disease among the overweight/obese women. The study demonstrates that overweight and obesity significantly increase the likelihood of subsequent NCD onset, independent of age, education, caste, and household economic status. Crucially, the analysis shows that the rich–poor gap in NCD risk narrows sharply once women become overweight or obese, indicating that excess body weight acts as a powerful leveller of disease risk across socio-economic strata.

This finding resonates with emerging evidence from other LMICs. In Bangladesh, analyses of Demographic and Health Survey data have documented rapid increases in overweight and obesity among urban women across both wealthy and poorer households. While NCD prevalence remains higher among richer women, obesity- related metabolic risk factors—such as hypertension and raised blood glucose—are increasingly observed among women from lower wealth quintiles, particularly in urban settings [2]. Studies from Bangladesh suggest that once high BMI is established, socioeconomic advantage offers limited protection against cardiometabolic risk, mirroring the convergence observed in India.

Similar patterns are evident across sub-Saharan Africa, where obesity prevalence—especially among women—has risen sharply over the past two decades. In countries such as Ghana, South Africa, and Kenya, obesity is no longer confined to affiuent urban elites. Nationally representative surveys show that overweight and obese women from poorer households face risks of hypertension and diabetes comparable to those of wealthier women once BMI is accounted for. In several African settings, the association between socioeconomic status and hypertension weakens substantially after adjusting for adiposity, indicating that obesity increasingly mediates NCD risk across income groups [3].

Together, these findings point to a broader global shift: obesity is progressively eroding traditional socioeconomic gradients in NCDs across LMICs. While absolute disease burden often remains higher among wealthier populations—owing to better diagnosis and longer survival—the marginal effect of obesity on NCD risk appears strikingly similar across economic strata. This has profound implications for public health policy, which in many LMICs continues to implicitly prioritise affiuent or urban populations in NCD prevention strategies.

The Indian evidence is particularly valuable because of its longitudinal design, which overcomes a major limitation of much LMIC research that relies on cross-sectional data. By tracking changes in BMI over time, the study shows that women who remain chronically overweight have the highest risk of developing NCDs, while those who return to normal BMI experience a significantly lower risk. This dynamic perspective reinforces the importance of mid-life and reproductive-age interventions, a finding that aligns with cohort evidence from South Asia and Africa showing that weight gain during early adulthood strongly predicts later cardiometabolic disease.

The policy relevance of these results extends beyond India. Across LMICs, reproductive years represent a critical but underutilised window for obesity and NCD prevention among women. Pregnancy- related weight gain, declining physical activity, and changing diets contribute to sustained overweight, yet health systems often disengage once maternal and child health goals are met. Integrating weight management, nutrition counselling, and routine screening for hypertension and diabetes into maternal and primary care services could yield long-term benefits in India, Bangladesh, and sub-Saharan Africa alike.

At the same time, the study underscores persistent challenges in NCD surveillance. Reliance on self-reported diagnoses likely underestimates disease prevalence among poorer women with limited access to screening—a concern echoed in African and South Asian contexts. If underdiagnoses disproportionately affects disadvantaged groups, the observed convergence in NCD risk across wealth strata may in fact understate the true extent of inequality erosion driven by obesity.

In conclusion, longitudinal evidence from India adds to a growing body of global research demonstrating that obesity is transforming the social patterning of NCDs in LMICs. The convergence of disease risk across economic groups once overweight is established challenges outdated notions of NCDs as diseases of prosperity. Effective prevention will require population-wide strategies that prioritise healthy weight maintenance across the life course, rather than narrowly targeting the affiuent. As countries across South Asia and sub-Saharan Africa confront parallel transitions, addressing obesity among women must become central to equitable global NCD policy.

References

  1. Barik D (2025) Risk of Developing NCDs in Later Life among the Overweight and Obese Women in India: Insights from a Nationally Representative Longitudinal Margin: The Journal of Applied Economic Research 19(2): 1-18. https://doi. org/10.1177/00252921251394148
  2. Das S, Debnath M, Sarkar S, Rumana AS (2022) Association of overweight and obesity with hypertension, diabetes and comorbidity among adults in Bangladesh: evidence from nationwide Demographic and Health Survey 2017-2018 data. BMJ Open 12(7): e052822. [crossref]
  3. Yaya S, Ekholuenetale M, Bishwajit G (2018) Differentials in prevalence and correlates of metabolic risk factors of non-communicable diseases among women in sub-Saharan Africa: evidence from 33 BMC Public Health 18(1): 1168. [crossref]

Work Challenges and Adjustment among Novice Firefighters in Taiwan

DOI: 10.31038/PSYJ.2025764

Abstract

This study explored the work-related challenges and adjustment experiences of novice firefighters in Taiwan. Using a qualitative thematic analysis design, we conducted semi-structured, in-depth interviews with four novice firefighters (one woman and three men) aged 27–33 years (M = 29.75) who had 2–3.5 years of work experience. The findings revealed several salient challenge-related themes, including perceived unfairness and oppression in the workplace, ethical dilemmas in practice, organizational and interpersonal stressors, stress associated with insufficient work resources, and pressure arising from public expectations and commentary. Regarding adjustment and coping, participants expressed substantial concerns about using formal mental health resources and therefore relied primarily on personal resources to manage stress. Implications for practice and directions for future research are discussed.

Keywords

Novice firefighters, Work challenges, Work adjustment, Resilience

Work Challenges and Adjustment among Novice Firefighters in Taiwan

In recent years, global climate anomalies have contributed to increasingly complex and unpredictable disasters. In Taiwan, economic development and population concentration—together with larger, taller, and more diverse building structures—have expanded firefighters’ operational demands and increased exposure to hazardous labor conditions [1]. To address workforce shortages, the National Fire Agency launched the “Firefighting Workforce Enhancement Initiative” in 2018 and added 3,100 firefighting personnel [2]. Under these conditions, the training and development of novice firefighters becomes especially critical. Without resilience- building opportunities and a health-supportive work environment, novice personnel may experience excessive stress and maladaptation that ultimately contribute to early exit from the profession. Despite the practical significance of this issue, research on novice firefighters’ work challenges and psychological adjustment in Taiwan remains limited. Novice firefighters may face structural, systemic, and hierarchical constraints; high job demands may intensify perceived stress, while access to organizational resources may be restricted. Over time, an imbalance between excessive demands and insufficient resources may contribute to anxiety, depression, and stress-related symptoms, increasing the risk of physical and psychological burnout. Accordingly, this study aims to describe (a) the work-related challenges novice firefighters in Taiwan encounter and (b) their experiences of adjustment and coping.

Firefighters and Their Work

Firefighters’ work encompasses a broad range of duties. In Taiwan, novice firefighters commonly perform two major categories of frontline tasks: (1) disaster response and life-saving rescue, including fire suppression, rescue operations across disaster types, and the management and deployment of rescue resources; and (2) emergency medical services (EMS), including the planning, supervision, and delivery of prehospital emergency care, as well as communication and coordination with medical institutions. In this study, we use the term fire and emergency service work experience to denote frontline operational experience spanning disaster response/rescue, life-saving or technical rescue, and EMS. Firefighting is widely recognized as a high-risk occupation characterized by substantial physical demands, heavy psychological load, and high task complexity. As disaster responders, firefighters are required to enter and operate at hazardous scenes; even under life-threatening and terrifying conditions, professional responsibility typically precludes avoiding the scene or refusing assigned duties. Firefighting work is dangerous, unpredictable, and time-sensitive. Prolonged exposure to heavy workloads, shift-related strain, and traumatic events places firefighters at elevated risk for exhaustion and compromised physical and mental health [3]. Firefighters often must remain in a continuous “combat- ready” state, making firefighting a particularly high-stress occupation [4]. Long-term on-call shift systems can disrupt sleep and interfere with normal physical and psychological recovery processes [5]. Kuo [6] further noted that, driven by a sense of mission and responsibility, firefighters must meet public expectations; at disaster scenes, they may suppress physical discomfort and psychological distress in order to execute tasks calmly and courageously. When such reactions accumulate without adequate processing, firefighters may develop PTSD-related symptoms (e.g., hypervigilance, insomnia, exaggerated startle responses, irritability, and concentration difficulties). If psychological trauma is not addressed in a timely manner, symptoms may intensify over time.

Operational conditions also constrain emotional processing. During missions, firefighters often lack the time and space to process emotions and may temporarily set aside personal feelings until tasks are completed, at which point they begin to experience and interpret the impact of the event. Frequent exposure to disaster incidents may require firefighters to re-enter distressing rescue contexts before psychological equilibrium is restored, thereby accumulating negative emotions and traumatic experiences [7]. In addition, firefighters face public pressure through media coverage and public praise or criticism, which may further intensify occupational stress [8].

Novice Firefighters

Novice firefighters are commonly defined as those with 2–4 years of service [9]. They are expected to learn and perform core duties such as fire suppression and emergency medical response while adapting to the realities of frontline work. In Taiwan, however, empirical research on novice firefighters remains limited. Existing literature has primarily examined safety and training effectiveness, the influence of overall health on performance, the effects of stress, and the development of professional knowledge [10]. Because novice firefighters often serve as frontline personnel, they may experience substantial pressure associated with disaster response. Prior evidence suggests that shorter tenure is associated with stronger stress responses among firefighters [11,12]. Novice firefighters may also report higher stress than senior firefighters [13]. Moreover, they require an adjustment period to manage challenges such as the gap between training and real-world practice and the complexity of diverse duty types [14]. At the same time, they must learn to navigate bureaucratic features of the firefighting system and pressures related to obedience and hierarchical authority [15].

Job Demands and Resource Provision

Work environments shape employees’ health, well-being, and performance [16]. The Job Demands–Resources Model (JDRM) provides a useful framework for understanding how occupational conditions influence stress and adjustment [17]. Job demands refer to aspects of a job that require sustained physical and/or psychological effort and include negative factors at physical, psychological, social, or organizational levels; such demands entail specific physiological and/ or psychological costs. Examples include workload, time pressure, emotional load, and role conflict. Although moderate job demands may stimulate motivation and alertness, chronically excessive demands can initiate a health-impairment process that depletes resources and increases burnout risk, physical and mental health problems, and performance decrements.

In contrast, job resources refer to positive job characteristics at physical, psychological, social, or organizational levels. Job resources support goal attainment, reduce job demands and their associated costs, and promote personal growth, learning, and development. Resources may operate at the task level (e.g., autonomy), organizational level (e.g., career development opportunities), interpersonal level (e.g., supervisor and coworker support), and job design level (e.g., performance feedback). Adequate resources activate a motivational process, enhance engagement, and are associated with positive outcomes such as safety behaviors, job performance, and organizational commitment.

Safety-Oriented JDRM

Building on the JDRM, scholars have proposed a safety-oriented JDRM that foregrounds safety-relevant job demands and safety- relevant resources [18]. For firefighting, this model highlights four demand dimensions: (1) Workload, referring to the speed and volume of task completion under time constraints and pressure; high time pressure has been linked to increased firefighter fatality rates. (2) Physical demands, including high-intensity biomechanical activities such as running, carrying, and ladder climbing; excessive exertion contributes to fatigue that can undermine reaction time and adherence to safety procedures. (3) Emotional demands, referring to the psychological effort required to manage emotions and cope with affective reactions (e.g., fear, suppression); sustained emotional labor may deplete energy reserves and contribute to emotional exhaustion. (4) Complexity, involving cognitive demands associated with handling multiple difficult tasks, maintaining situational awareness, making rapid decisions, and conducting risk assessments—particularly in life- threatening contexts.

Structural Insufficiency of Resources

Fire service organizations may also face structural shortages of resources. Insufficient resources have been identified as a key factor undermining firefighters’ psychological health [19]. In addition, interpersonal conflict, discrimination, harassment, and negative perceptions of organizational justice can weaken resilience and are associated with anxiety, depression, and physical illness [20]. In particular, perceptions of organizational and systemic unfairness increase mental health risks and are closely tied to hierarchical stress. In such contexts, employees may engage in proactive behaviors that reshape their work conditions. These include job crafting (actively modifying one’s job or available resources) and self- undermining (stress-related mistakes that inadvertently increase one’s own job demands). Novice personnel may adjust their work behaviors in response to hierarchical pressure, or they may reduce engagement due to fear of making mistakes. When social support is limited, interpersonal resources become scarce and fragile, and this vulnerability is closely linked to trauma-related stress symptoms, depression, and emotional exhaustion [21]. Moreover, negative views of organizational systems (e.g., unfair policies or promotion practices) may further elevate mental health risks. Interpersonal conflict can also obstruct help-seeking and support access, producing a “double hit” of resource loss. Under conditions of high hindrance, high demands, and systemic resource deficiencies, job demands may substantially exceed resource provision, creating a structural imbalance that undermines job performance directly or indirectly through psychological distress.

The Buffering Effects of Resources

The JDRM also emphasizes personal resources, defined as individuals’ beliefs about their ability to control and influence their environment. Job resources can buffer strain associated with job demands and mitigate the negative effects of work stressors. This buffering function suggests that resources may be especially protective under high-demand conditions, supporting both well-being and work performance. Common personal resources include self-efficacy, optimism, and resilience. Such resources predict work engagement by strengthening confidence in one’s capacity to manage challenges and sustain involvement. Personal resources may also operate similarly to job resources by buffering the adverse effects of job demands on stress. In sum, when employees face high demands (e.g., heavy workload or emotional load), greater resources (e.g., autonomy, social support, performance feedback, and professional development opportunities) are generally associated with lower burnout and emotional exhaustion.

Organizational Culture

Organizational culture is another critical influence on firefighters’ well-being and help-seeking. A traditional culture emphasizing “toughness, silence, and self-sacrifice,” along with emotional taboo, may inhibit seeking psychological support [22]. In contrast, framing professional psychological help-seeking as a constructive form of self- care may facilitate a healthier organizational climate [23].

Resource adequacy in the fire service also matters. The quality, quantity, and suitability of personal protective equipment are central to firefighters’ sense of safety. Station facilities, vehicles, staffing, and occupational health and safety measures represent foundational resources that directly shape the safety and comfort of the work environment. Supervisor support is likewise influential: when perceived support from managers, family, or friends decreases, depressive symptoms tend to increase. Supervisors’ support, trust, and care may strengthen subordinates’ resilience. Leadership practices— such as reward and punishment systems, internal management, duty scheduling, performance evaluation, discipline, and performance demands—may function either as resources or as stressors, depending on how they are enacted and experienced.

Firefighters’ Adjustment and Coping

Carver et al. [24] developed a coping strategies inventory that categorizes coping behaviors into problem-focused coping, cognitive restructuring coping, emotional support coping, and avoidance coping. Chung and Chiou [25] suggested that firefighters who predominantly use problem-focused coping tend to recover gradually, whereas reliance on avoidance coping may increase risk for psychological disorders. Prior research indicates that firefighters often rely on individual coping strategies to manage work stress. Lee [26] and Chen [27] found that after exposure to death or major critical incidents, firefighters often cope privately; when adjustment is insufficient or support is unavailable, some may request transfer or resign. Some firefighters manage occupational stress through a passive stance (e.g., “you get used to it over time”) [28], whereas others use strategies such as active reflection for improvement or emotional detachment [29]. Firefighters may also cope by maintaining task focus and calm during operations [30] or by adopting passive coping patterns, allowing emotions to fade over time through emotional numbing, suppression, or self-isolation. Although these strategies may stabilize functioning in the short term, they may carry negative long-term consequences.

Resilience also shapes adjustment. Firefighters with higher resilience are more likely to appraise stress as a challenge rather than a threat [31]. Firefighters commonly report using conversation, exercise, leisure activities, and faith practices to reduce stress. Professional competence also increases with accumulated experience and knowledge, which can strengthen coping capacity. Individuals with stronger self-efficacy tend to believe they can control and change situations, thereby moderating the impact of perceived stress on burnout.

Peer support functions as an important buffer by enabling emotional exchange, experience sharing, mutual reminders, and opportunities for emotional ventilation. Colleagues’ competence, knowledge, and experience can enhance individual safety, and camaraderie is a strong predictor of firefighters’ mental health. Firefighters often reduce distress through peer dialogue—talking through tasks and coping approaches—and through experiential transfer from senior peers. Everyday conversations and informal gatherings may also help relieve emotional strain. In Taiwan, fire agencies have established counseling and guidance systems and offer courses and lectures. They may provide psychiatric services, psychological counseling, and consultation, sometimes combined with medication to improve sleep conditions [32]. Overall, building a comprehensive mental health support system—including accessible psychological services, effective communication channels, regular health check-ups, financial and emotional support, and health- and law-related information—may strengthen organizational support and enhance firefighters’ resilience.

Method

This study employed thematic analysis to examine the occupational experiences of novice firefighters in Taiwan. The analytic focus was directed toward describing both the substantive content and the processes embedded in their work, thereby highlighting the complexity of frontline practice and the trajectories through which participants adapted and coped.

Participants

A purposive sampling strategy was adopted. Four frontline novice firefighters were recruited through professional networks by the first author. The sample comprised one woman and three men, aged 27–33 years (M = 29.75), with work tenure ranging from 2 to 3.5 years— consistent with the career stage of novice firefighters (defined as within four years of service). Participants were drawn from brigades located in diverse service contexts: an eastern rural area, a central semi-urban area, a central rural area, and a northern metropolitan area. Two participants held certification as Emergency Medical Technicians–Paramedic (EMT-P), and one participant held Rescue Technician certification.

Data Collection

Data were generated through semi-structured, in-depth interviews. The first author conducted one individual interview with each participant, lasting approximately 60–90 minutes. Participants were invited to narrate their occupational challenges and their experiences of adaptation and coping. The interview guide encompassed questions on: motivations and expectations for entering the fire service; job tasks and sources of stress; interpersonal interactions; utilization of organizational resources; coping strategies; and perceived impacts of work on physical and mental health. Interviews were conducted in quiet, convenient locations selected by the first author. Prior to each interview, participants were informed of the study’s purpose and procedures, potential benefits and risks, and their rights. Ethical principles were observed throughout, including respect for autonomy and confidentiality. Written informed consent was obtained before interviews commenced. All interviews were audio-recorded and subsequently transcribed verbatim by the first author.

Data Analysis

Thematic analysis was conducted following Braun and Clarke’s [33] framework. The first and second authors conducted the analysis using Braun and Clarke’s thematic analysis. They engaged in repeated reading of transcripts, open coding, identification of cross-case patterns, and iterative refinement of thematic coherence. Themes were subsequently defined, named, and integrated into the analytic report. Throughout the process, the researchers maintained an open and reflexive stance, engaging in ongoing dialogue to ensure rigor. Particular attention was devoted to issues raised by participants concerning tenure, hierarchical power relations, the novice role, and work-related challenges, including organizational and structural barriers, resource utilization, and coping/adaptation processes.

Trustworthiness and Ethics

To enhance trustworthiness, multiple strategies were employed, including triangulation, reflexivity, thick description, and cross- checking. These measures ensured coherence between themes and textual evidence, strengthened descriptive appropriateness, and enhanced credibility. Ethical standards were rigorously observed: all participants signed informed consent forms and were informed of the study’s purpose, rights, and procedures for voluntary participation and withdrawal. Audio files and transcripts were de-identified and presented using pseudonyms to ensure anonymity. All study materials were securely stored by the first author, and data were used exclusively for academic purposes.

Results

Seven themes emerged from the thematic analysis. Themes are illustrated with representative participant narratives.

Unfairness and Oppression at Work

Novice firefighters characterized their work as highly complex, unpredictable, and psychologically demanding. One participant described each dispatch as opening a “mystery box,” because incidents could involve life-threatening conditions such as earthquakes, rockfalls, or fires. This uncertainty not only tested physical limits but also created substantial psychological burden.

Beyond the inherent danger of the job, participants emphasized that risk exposure was distributed unevenly across ranks. They reported that novices were frequently assigned the most hazardous roles during operations. For example, one participant noted that junior firefighters were expected to be the first to force entry into unknown environments. He also described death-related incidents in which novices could be tasked with handling particularly distressing duties (e.g., carrying severed body parts). He described this as an unspoken rule: “the most junior firefighter is expected to face unknown risks first or bear the greatest known risks.” Such expectations reflected a power imbalance between senior and novice firefighters and contributed to participants’ perceptions of unfairness and oppressive treatment.

Ethical Dilemmas in Practice

In addition to operational danger, participants reported repeated exposure to ethical and moral shocks, especially during emergency medical work. In out-of-hospital cardiac arrest (OHCA) cases, they often faced dilemmas about whether resuscitation was clinically meaningful—particularly when family members insisted on continuing resuscitation even when firefighters perceived it as futile. In these moments, participants described feeling ethically conflicted and powerless. One participant reflected: No intubation, no defibrillation… and then when we arrived at the hospital, the doctor said there was no chance—just stop resuscitation… I kept wondering… Was my CPR and oxygen meaningful?”Participants also described moral conflict from the opposite direction: even when resuscitation was successful, severe post-resuscitation outcomes could raise questions about long- term suffering and family burden. One participant stated: “Even though I brought him back—breathing, pulse—he would only survive with those machines. Sometimes I struggle inside… Should I save him or not?” Overall, participants emphasized that firefighters often confront ethically fraught situations without clear ethical guidance or standardized norms. For novices in particular, real-world emergency care required enduring ongoing tension among professional obligations, personal values, and ethical considerations.

Systemic Organizational and Interpersonal Pressures

Participants described hierarchical pressure and workplace bullying as major sources of stress. Some supervisors were portrayed as hostile toward newcomers (described as “newcomer killers”), frequently scolding, intimidating, or imposing punitive controls. One participant recalled that during the first six months he was reprimanded almost daily and received leave restrictions for minor issues: “For about the first six months, I was getting scolded almost all day… For small things—five minutes late, missing a signature—I was banned from taking leave for two months… he wrote it down and kept scolding me.” Another participant described feeling constantly monitored and scrutinized by supervisors and senior colleagues, which made his work experience “miserable.” He gave an example of being questioned for not attending activities that occurred on his scheduled days off: “There were two activities… both fell on my days off, and then I was called in and asked, ‘Why didn’t you participate?’”

Participants further reported that some senior firefighters undermined novices’ confidence through disparaging remarks. One participant described being mocked while studying for professional exams: “A senior saw me studying… and said, ‘You won’t pass,’… those sarcastic, belittling things.” They also noted that minor station-related issues (e.g., a gym not being tidied immediately or trash temporarily left) could trigger scolding, and supervisory pressure sometimes extended into rest time. Participants reported being unable to relax even during breaks; using a phone could invite suspicion, and taking leave could lead to criticism for “not helping the team” with dispatch duties. Accumulated pressure affected both physical and psychological functioning. One participant described missing a dispatch alarm due to a malfunctioning bell near his bed; fear of being reprimanded increased stress and contributed to sleep disturbance.

In addition to interpersonal dynamics, participants described institutional unfairness that amplified helplessness. One participant stated that performance evaluations were opaque and highly subjective—dependent on “the supervisor’s mood”—yet directly influenced salary and promotion. When effort was not matched by recognition or reward, participants reported frustration and demoralization. Another participant described being reassigned to another brigade despite holding strong paramedic qualifications, which he experienced as unfair and identity-undermining.

Finally, participants described rigid systems and dysfunctional equipment as chronically depleting. They reported pressure to meet unreasonable key performance indicators and to complete large volumes of administrative tasks despite inadequate staffing and limited experience. Under directives from higher-level leadership, core emergency work was sometimes displaced by unrelated activities (e.g., sports events) and could even become entangled with election- related events—at the expense of essential rescue and EMS duties. Participants also described being constrained by outdated protocols: even after learning improved clinical approaches, they were expected to follow older procedures because regulations had not been updated and senior members insisted on “the old way.” Collectively, these systemic conditions were perceived as obstructing professional development, eroding motivation for learning and innovation, and fostering high pressure, helplessness, diminished self-efficacy, and weakened professional identification.

Scarcity of Job Resources

Participants consistently emphasized that job resources were insufficient relative to the demands they faced. At the basic operational level, one participant reported chronic shortages of essential supplies and incomplete distribution of equipment. For example, ambulance gauze ran out and was not replenished for an extended period; paramedic medication kits were not fully issued, forcing firefighters to purchase supplies themselves or seek support from physicians: “Resources are very limited—equipment, gear, consumables. The gauze on the ambulance ran out… and the whole station had none because it wasn’t issued… The medication kit wasn’t provided, so I bought it myself… This affects how well I can do the job, and it affects my quality of life.”Another participant highlighted chronic understaffing. On some days, only three personnel were on duty, increasing the likelihood of station closure or even single-person dispatch, which substantially elevated operational risk. Resource scarcity also extended to compensation. One participant stated that pay was disproportionate to high risk and long working hours, estimating an hourly wage lower than that of part-time student workers. He also described institutional limits on overtime pay, whereby excess overtime was converted to compensatory leave rather than paid overtime. Additionally, leave taken across months could reduce the salary of a given month, despite leave being largely nonvoluntary in practice. Participants experienced these arrangements as discouraging and demoralizing. Participants further described resource deficits in organizational infrastructure and administrative systems. One participant reported frequent crashes in electronic systems with little improvement. Shared computers lacked internet access and could not support routine administrative tasks; outdated equipment was neither functional nor replaced. These barriers disrupted both administrative operations and professional emergency duties, increasing stress, draining energy, and undermining morale.

Pressure From Public Expectations and Commentary

Participants described substantial pressure arising from public expectations, scrutiny, and online commentary. When rescue or response efforts were perceived as inadequate, participants experienced intense criticism and what they viewed as unreasonable accusations, which increased emotional disturbance and work stress. They noted that even cautious decision-making could be judged negatively, resulting in complaints or online attacks. One participant listed common disputes, such as being criticized for driving “too slowly,” questioned for running red lights during emergency transport, reported for siren noise at night, or asked by bystanders to move hoses during active fire response. He recalled: “Once, during a fire response, I was still dealing with it, and there was a hose on the ground. Someone said he wanted to drive home and asked me to move the hose… I said, ‘I’m still fighting a fire!’”Overall, participants expressed a sense that “whatever we do, the public will criticize.” They reported that minor mistakes could be amplified, leaving them uncertain about how to respond and pressured by constant evaluation. This perceived scrutiny affected their occupational identity and sense of meaning in the work.

Personal Ajustment and Coping

In response to the imbalance between high demands and limited resources, participants described diverse coping strategies that ranged from proactive competence-building to emotional self-protection and cognitive reframing. Proactive learning and competence-building. Some participants demonstrated strong agency. One participant repeatedly volunteered for training opportunities despite low seniority and initial supervisory rejection: “I’m pretty junior, so it wouldn’t be my turn… I recommended myself… he rejected me two or three times before finally letting me go.” Another participant described enrolling in an instructor-training program to rekindle motivation: “Last year… I changed my mindset… I decided to recover my passion… I applied for instructor training, and I got in.”

Participants also described practice-based improvement, especially in EMS. One participant reported reviewing the quality of CPR and airway management after OHCA cases, requesting simulation training, and striving to improve care quality. Another described systematically refining EMS procedures— practicing operational details, adjusting workflows, strengthening competence, and promoting team improvements. He explained how training translated to smoother field performance: “When I arrived on scene, I followed the training model… and the next time, I didn’t waste time… it went smoothly, and I completed the EMS work successfully.” He further described keeping organized records, publicly noting procedural gaps, advocating updated protocols, and optimizing team workflows. These efforts increased accomplishment and self-efficacy; when improved performance was recognized during later dispatches, confidence was reinforced in a positive feedback cycle.

Self-protective Emotional Strategies

In contrast, some coping strategies emphasized denial, minimization, or emotional detachment. One participant described himself as “digesting emotions quickly,” “letting it pass,” and being “forgetful,” noting that positive events could override work-related distress: “I digest (negative emotions) pretty fast… after sleeping a few times, I’m fine… If something happy happens, it covers up the unpleasantness.” Another participant rationalized supervisory harshness by framing militarized management as something men “should” endure, interpreting survival of strict training as evidence of becoming competent.

Compartmentalization and Technical Focus

One participant described being briefly frightened at the scene but switching immediately to professional judgment and action. After returning to the station, he reviewed dispatch footage to evaluate technical execution and team communication, using procedural focus to avoid being absorbed in distress: “Back at the station, I watch the footage again… if there are problems, we discuss and improve next time. That way, I don’t think too much… or get stuck on why it happened.”

Relational Coping and Future-oriented Strategies

Some participants described selectively collaborating with reliable senior firefighters to support smoother teamwork. Others attempted to transform unfair treatment into motivation for self-improvement— strengthening training, obtaining key EMS certifications, and preparing for potential future transfers to other units.

Cognitive Reframing

One participant reduced distress by reframing EMS work as “taxi” service: complete necessary tasks without judging whether patients were misusing EMS resources and without ruminating: “We arrive a hospital and see he (the patient) is actually okay—fine, take measurements, transport him, then happily go back to rest… I imagine my work is like a taxi driver.”

In summary, across accounts, the above strategies reflect novice firefighters’ attempts to preserve functioning, maintain competence, and sustain meaning under chronic stress in work.

Concerns About Using Counseling Resources

Although participants acknowledged that fire agencies provide mental health resources (including on-site counseling), they expressed substantial concerns about using them. One participant noted that counseling appointments required taking personal leave; after exhausting shifts, he preferred to use leave for sleep and rest. Another participant expressed fear of stigma and confidentiality breaches, reporting limited trust in counseling privacy and concern that supervisors might learn about counseling use: “Privacy… If I go talk to a counselor… will my supervisor know and ‘check on’ me?… Work stress is private… Counselors keep records—are they stored somewhere? Would people know?… Would I be labeled as having a mental problem?”

One participant questioned whether counseling could address structural sources of distress—such as authoritarian supervision, unfair treatment, or outdated equipment—given that these conditions would remain unchanged after counseling: “If I’m bullied long-term… would talking to a counselor make me better?… I still have to go back, and the supervisor is the same… So is counseling useful? I have a question mark.”

Overall, participants viewed counseling as potentially providing temporary emotional ventilation but offering limited practical benefit for stressors rooted in persistent organizational and structural conditions. Consequently, they tended to rely more on personal coping resources than on formal psychological services.

Discussion

The novice firefighters in this study characterized firefighting as an occupation involving high risk, heavy physical demands, substantial psychological load, and high complexity. They also emphasized that the work environment and organizational culture strongly shape mental health and necessitate coping strategies to manage occupational stress. These findings are consistent with Bakker and Demerouti’s argument that the work environment influences employees’ health, well-being, and performance. Taken together, the results suggest that novice firefighters’ early-career adjustment is not determined solely by the inherent dangers of frontline work, but also by organizational arrangements, leadership practices, resource provision, and public scrutiny—factors that jointly produce a structural pattern in which demands often exceed available resources. Participants described having to cope with diverse operational and administrative challenges, as well as bureaucratic features of the firefighting system and hierarchical pressures requiring obedience. Their narratives also highlighted pronounced hierarchical stress, including implicit workplace rules that positioned novices to assume high-risk and high-impact tasks, and supervisory practices experienced as punitive or oppressive. In addition, the findings echo prior evidence that firefighters are exposed to societal expectations and external evaluation—including media coverage and public praise or criticism—which can intensify occupational stress.

Smith and Dyal’s safety-oriented JD–R model is particularly useful for interpreting these results, as it emphasizes both safety- related job demands and safety-related resource provision. The current findings partially converge with this framework and with the four dimensions of firefighting job demands described by Smith and Dyal. Participants repeatedly reported working under stringent time constraints and pressure, which heightened stress. They also described emotional demands, especially in emergency medical and urgent rescue contexts, where fear, shock, and emotional suppression were common. Such emotional demands can deplete psychological energy and contribute to emotional exhaustion. In addition, participants emphasized cognitive complexity: managing multiple difficult tasks in life-threatening contexts required sustained situational awareness, rapid decision-making, risk assessment, and the execution of emergency interventions.

Notably, when these demands were experienced as persistent and cumulative, participants’ accounts suggested a health-impairment process consistent with the JD–R perspective. For example, some participants described wanting only to rest during time off and reported limited capacity for additional activities, including psychological counseling. This pattern underscores that excessive demands may constrain recovery opportunities and gradually erode psychological resources, thereby increasing risks for burnout and compromised functioning over time.

In the safety-oriented JD–R model, resource provision is not a peripheral issue but a central determinant of safety and well- being. Participants in this study described a broad range of resource constraints, including shortages of supplies, malfunctioning or obsolete systems, insufficient infrastructure (e.g., computers and internet access), and understaffing that increased operational risk. They also expressed dissatisfaction with compensation and overtime arrangements that were perceived as disproportionate to workload, risk, and time demands. These findings align with Payne and Kinman’s argument that insufficient resources represent a key factor undermining firefighters’ psychological health, and with research emphasizing that adequate equipment, facilities, staffing, and occupational health and safety measures influence the safety and comfort of firefighters’ work environments.

At the interpersonal and organizational levels, participants described authoritarian supervision, frequent reprimands for minor issues, disparaging remarks, and a sense of constant scrutiny. They also reported unfair or inconsistent evaluation and managerial practices, leaving them uncertain about behavioral standards and concerned that outcomes depended on supervisors’ subjective judgments. These experiences are consistent with prior literature identifying interpersonal conflict and low organizational justice as critical risk factors that erode resilience and increase vulnerability to anxiety, depression, and physical illness. They also reinforce the importance of supervisory support: deficiencies in managerial support have been linked to elevated depressive symptoms, whereas supervisors’ trust, care, and support may strengthen resilience. In the present study, perceived unfairness and hierarchical oppression appeared to operate as chronic “hindrance demands,” increasing stress while simultaneously restricting access to key resources such as psychological safety, guidance, and professional recognition.

A salient contribution of this study is the centrality of ethical dilemmas, particularly in OHCA cases. Participants described moral conflict when family requests for resuscitation diverged from firefighters’ assessment of futility, and they also described ambivalence when resuscitation succeeded but survival implied severe impairment and long-term dependence on life-sustaining equipment. These experiences suggest that novice firefighters may be exposed to moral distress—ethical discomfort arising when one’s professional judgment conflicts with external demands or constrained options—yet they may lack clear norms, ethical guidance, and structured opportunities to process these conflicts. Accordingly, ethical strain should be considered a meaningful component of job demands in EMS-related duties, not merely an emotional byproduct of trauma exposure.

Participants’ coping strategies reflected both active and avoidant patterns. Some described relatively active coping approaches, including cognitive reframing, transforming frustration into motivation for professional development, pursuing training and certifications, and strengthening technical competence. These strategies appeared to enhance self-efficacy, a key personal resource within the JD–R framework, and are consistent with evidence that believing one can control or change situations may mitigate the impact of stress on burnout. Participants also described drawing on interpersonal resources, such as selectively collaborating with supportive senior colleagues, which partially supports the safety-oriented JD–R proposition that social support buffers the psychological impact of high-demand work. At the same time, several participants reported passive or self-protective coping—emotional suppression, compartmentalization, denial, replacement, and self- isolation—used to maintain immediate functioning. These patterns align with prior research suggesting that some firefighters use passive stances or emotional detachment to cope, while others engage in active reflection and improvement. Although avoidant strategies may provide short-term stabilization and enable continued performance, they may carry longer-term risks. Lin similarly noted that passive coping can temporarily stabilize psychological states but may yield adverse long-term consequences for health and work functioning.

Participants also indicated that rescue and EMS work often involves immediate shock, but firefighters must rapidly regain composure to complete tasks according to standard procedures. This aligns with evidence that firefighters cope by focusing on the task and maintaining calm during operations. It also echoes Yeh’s observation that firefighters often lack time and space to process emotions during missions and must temporarily set aside feelings until tasks are completed. However, in the present study, novices did not clearly report structured post-mission emotional processing; instead, they tended to rely on compartmentalization, suppression, or redirection of attention. This suggests that novice firefighters may have limited awareness of cumulative trauma risks and may underestimate the potential harm of unprocessed emotional and psychological impact. If distress is repeatedly ignored, cumulative strain may contribute to psychological depletion, emotional exhaustion, intrusive re- experiencing, and triggered recall, with trauma-related symptoms becoming more pronounced over time.

Although participants were aware that fire agencies provide mental health services (including counseling), they tended to perceive such services as offering only temporary emotional relief and limited practical utility for problem solving. They also reported concerns about privacy and the confidentiality of counseling records, which reduced willingness to seek help. These findings imply that existing governmental and organizational mental health resources may not fully match novice firefighters’ needs. Importantly, participants’ skepticism was not solely attitudinal; it reflected a perception that counseling cannot resolve structural sources of distress (e.g., authoritarian supervision, institutional injustice, and equipment/resource deficits). Thus, improving service uptake likely requires both strengthened confidentiality safeguards and organizational reforms that address upstream stressors and demonstrate institutional accountability.

In summary, the findings indicate that novice firefighters’ job demands arise not only from the inherent danger of frontline tasks, but also from organizational oppression and institutional injustice— manifested as hierarchical pressure, workplace bullying, and opaque managerial practices—combined with structural resource deficits (e.g., shortages of supplies, malfunctioning systems, and insufficient interpersonal support). Under such conditions, personal coping and adaptation may help individuals maintain day-to-day functioning but remain insufficient to compensate for systemic problems. Novice firefighters in this study appeared to operate in a structural imbalance in which demands substantially exceeded available resources, highlighting the need for multi-level interventions that extend beyond individual resilience.

Implications

Fire service organizations should prioritize novice development by ensuring reasonable work allocation and adequate resources, supported by a constructive work environment, healthy organizational culture, and fair performance evaluation systems. Providing sufficient equipment and accessible psychological resources may foster a more supportive workplace and reduce the risk of work-related psychological harm. More specifically, leaders and supervisors should establish transparent and equitable assessment mechanisms, acknowledge and address resource shortages, and ensure stable provision of emergency medical supplies and other essential materials. Institutional protections for novice personnel should be strengthened to prevent unfair or oppressive treatment arising from hierarchical differences. Supervisors should proactively attend to novices’ needs and shift their role from “monitor” to a buffering resource—providing guidance on professional values, emotional support, and tangible resources, and helping novices navigate supports for processing distress and potential trauma-related reactions. Future research may examine the effectiveness of different coping strategies in response to specific challenges (e.g., hierarchical oppression and ethical dilemmas) and investigate how organizational resources and culture shape novice firefighters’ adjustment over time.

Conclusion

Within highly hierarchical fire service organizations, novice firefighters may experience a structural pattern of high demands and low resources, including hierarchical pressure, institutional injustice, resource scarcity, prolonged high-risk work, and compensation perceived as disproportionate to workload and risk. Despite these conditions, novice firefighters strive to adapt and often demonstrate resilience and commitment to professional practice. However, they primarily rely on individual coping strategies—such as emotional suppression, compartmentalization, and attentional redirection— to manage stress and emotional reactions, strategies that may carry hidden risks of long-term psychological depletion and escalation of trauma-related symptoms. Accordingly, supporting novice firefighters’ sustainable adaptation requires coordinated efforts that combine individual- and peer-level supports with organizational reforms in leadership practices, procedural justice, resource provision, and the design and credibility of mental health services.

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The Development of Oppositional Defiant Disorder(ODD) in Youth: A Review of Risk, Protective, and Ameliorating Factors

DOI: 10.31038/PSYJ.2025763

Abstract

Oppositional Defiant Disorder (ODD) is a disruptive behavioral condition characterized by persistent patterns of angry, irritable mood, argumentative behavior, and vindictiveness (APA, 2022). This comprehensive review explores the diagnostic criteria, prevalence, and developmental trajectory of ODD in youth, with a focus on the interplay of risk, protective, and ameliorating factors. The article examines the distinctions between medical and educational diagnoses, including the implications of DSM-5-TR and special education law in the United States (IDEIA). It highlights the disorder’s comorbidity with ADHD, mood disorders, and conduct disorder, and discusses how cultural, gender, and socioeconomic factors influence diagnosis and symptom presentation. The review also delves into dispositional, genetic, cognitive, neurobiological, and environmental risk factors, emphasizing the importance of early intervention and strong familial and peer relationships as protective mechanisms. Evidence-based treatments are presented as effective strategies for managing ODD symptoms. The article underscores the critical role of educators and psychologists in identifying, evaluating, and supporting students with ODD through informed assessment and intervention practices.

Oppositional Defiant Disorder

Oppositional Defiant Disorder (ODD) is a complex externalizing behavioral condition characterized by persistent patterns of angry or irritable mood, argumentative and defiant behavior, and vindictiveness in children and adolescents [1]. Understanding ODD requires a comprehensive, multidisciplinary approach that considers its diagnostic criteria, prevalence, and developmental trajectory, as well as the interplay of dispositional, genetic, cognitive, neurobiological, and environmental risk factors. In clinical settings, psychiatrists and licensed psychologists typically provide a medical diagnosis of ODD, while in educational contexts, school psychologists, particularly those trained in clinical assessment and diagnostic frameworks, are responsible for evaluating students for special education eligibility under the classification of emotional disability (ED) [2]. This review will provide a comprehensive overview of ODD and present the developmental trajectory of risk and protective factors for youth with ODD. The article will also explore the distinctions between medical and educational diagnoses, with particular attention to the implications of DSM-5-TR criteria and special education law in the United States (IDEIA). The article will examine how comorbid conditions such as ADHD, mood disorders, and conduct disorder complicate both identification and intervention. Additionally, it will highlight how cultural, gender, and socioeconomic factors influence symptom presentation and diagnostic outcomes, and provide a review of effective early intervention and evidence-based treatments, such as Parent-Child Interaction Therapy (PCIT) and Teacher-Child Interaction Training (TCIT), in equipping educators and psychologists to support youth with ODD effectively.

Overview of ODD

Diagnostic Features and Criteria

Oppositional Defiant Disorder (ODD) poses distinct challenges across both healthcare and educational systems. In clinical settings, professionals use standardized diagnostic tools to identify and manage the disorder. In contrast, educators must assess whether a student’s behavioral patterns meet the criteria for special education services. It’s important to distinguish between a clinical diagnosis and an educational classification: the DSM-5-TR provides the framework for diagnosing ODD in medical contexts, while eligibility for school- based support is determined by federal legislation such as the Youth with Disabilities Education Improvement Act (IDEIA) and state- specific guidelines like Indiana’s Article 7. Together, these systems help ensure that children with ODD receive comprehensive support that addresses both their behavioral health and academic needs.

DSM-5-TR

According to DSM-5-TR, ODD is characterized by a persistent pattern of angry/irritable mood, argumentative/defiant behavior, or vindictiveness lasting at least six months (APA, 2022). Diagnosis requires the presence of at least four symptoms from these categories, exhibited during interactions with at least one individual who is not a sibling). Regarding angry/irritable mood, an individual may experience symptoms where they often lose their temper, are touchy or easily annoyed, and/or are often angry and resentful. An individual may also experience symptoms of argumentative/defiant behavior where they often argue with authority figures, defy or refuse to comply with requests from authority figures or with rules, deliberately annoy others, and/or often blame others for their mistakes or misbehavior. The individual may have also been spiteful or vindictive at least twice within the past six months. The disturbance in behavior must be negatively impacting their social, educational, occupational, or other important areas of functioning, and the behaviors cannot be better explained by other mental health conditions (e.g., psychotic, substance use, depressive, or bipolar disorder). Finally, the DSM-5-TR includes three specifiers: mild (symptoms are confined to one setting); moderate (symptoms are present in at least two settings); and severe (symptoms are present in three or more settings).

IDEIA and State Laws

Youth with ODD, and disruptive behaviors, are often considered for special education services under the classification of Emotional Disorder (ED). IDEIA, the federal law that governs special education in the United States, broadly defines ED as a condition that exhibits at least one of the provided characteristics for a long period of time and to a marked degree that adversely affects a child’s educational performance [3]. Characteristics include: an inability to learn that cannot be explained by intellectual, sensory, or health factors; an inability to build or maintain satisfactory interpersonal relationships with peers and teachers; inappropriate types of behavior or feelings under normal circumstances; a general pervasive mood of unhappiness or depression; and/or a tendency to develop physical symptoms or fears associated with personal or school problems. While IDEIA provides a general overview of ED, it does not provide guidelines for how to evaluate the category.

Although IDEIA outlines the general criteria for ED, it does not provide detailed procedures for how to assess or determine eligibility. Each state in America is responsible for developing its own evaluation standards. For instance, in the state of Indiana, Article 7 serves as the state’s special education framework and builds upon the federal definition by adding further clarification. Indiana’s criteria include episodes of psychosis and emphasize the need for a comprehensive evaluation process. This process must include assessments of academic achievement and emotional functioning, a thorough developmental and social history, a functional behavior assessment, and relevant medical or psychological information. The goal is to ensure that the student’s learning challenges are not better explained by other factors such as cognitive or sensory impairments [4].

Prevalence

While there are limited population- or national-level data on the prevalence of Oppositional Defiant Disorder (ODD) in the United States, current estimates suggest a prevalence rate of approximately 3.3%, with most community samples ranging from 3% to 6% [5]. This variability may be influenced by differences in diagnostic practices, sample demographics, and access to mental health services across regions. Boys are slightly more likely than girls to develop and be diagnosed with ODD during childhood, possibly due to more overt behavioral symptoms that draw attention in educational and clinical settings. However, research indicates that gender differences in prevalence tend to diminish during adolescence and adulthood, with similar rates observed across sexes. These findings highlight the importance of early identification and culturally sensitive assessment practices to ensure accurate diagnosis and appropriate intervention.

Comorbidity

Youth with ODD are at risk of having internalizing and externalizing comorbidity. Youth with ODD have higher rates of comorbidity with attention deficit hyperactivity disorder (ADHD) and mood and anxiety disorders [6,7]. Youth who develop ODD during childhood and adolescence are at an increased risk for developing conduct disorder (CD) and/or antisocial personality disorder (APD). There is also evidence of comorbidity between posttraumatic stress disorder (PTSD) and ODD [8]. Youth with ODD are also more likely to use tobacco, alcohol, and drugs [9].

Factors Associated with ODD

Cultural Factors

Cultural differences in the diagnosis of Oppositional Defiant Disorder (ODD) may stem from misdiagnosis or overdiagnosis among youth from marginalized backgrounds. African American youth, for example, have been reported to exhibit higher rates of defiant behaviors and conduct problems in some research samples [10,11]. In special education settings, Black males are disproportionately identified as having Emotional Disturbance (ED), often due to elevated reports of behavioral concerns compared to their white peers—even when the actual intensity and frequency of behaviors are similar across racial groups. This overrepresentation may reflect systemic biases in behavioral interpretation and referral practices rather than true differences in symptom severity. As a result, culturally responsive assessment and intervention practices are essential to ensure accurate identification and equitable support for students with behavioral challenges.

Gender Differences

While the prevalence of ODD is similar among boys and girls during adolescence and adulthood, boys and girls may present differently in symptomology, severity, and associated comorbidity [12]. Boys may be found to experience symptoms that include annoying others, blaming others, being aggressive, and they may present with greater functional impairments at school and in the community than girls. Girls may demonstrate less observable oppositional characteristics, including more relational aggression (e.g., refusing to talk to someone, being malicious, avoiding blaming, spreading rumors, attempting to harm someone’s relationships with others, etc.). Additionally, boys may be more likely to have externalizing comorbidity (e.g., ADHD) while girls may be more likely to have internalizing comorbidity due to significantly diminished self-regulation skills compared to boys with ODD (e.g., anxiety, depression, and somatic complaints) [13].

Socioeconomic Differences

Children and adolescents from low-income households are more frequently identified as exhibiting symptoms associated with Oppositional Defiant Disorder (ODD) [14]. Environmental stressors common in economically disadvantaged neighborhoods, such as exposure to community violence, can contribute to the development or intensification of oppositional behaviors. Limited access to mental health resources and safe recreational spaces may further exacerbate these challenges. Additionally, lower levels of parental education are often linked to inconsistent or harsh disciplinary practices, which can influence the emergence of ODD symptoms. Factors such as food insecurity, chronic stress, and reduced access to supportive peer networks also play a role in shaping behavioral outcomes in these populations.

Developmental Pathway of ODD

Overview of Developmental Course

The first symptoms of ODD are typically present as early as preschool but rarely later than early adolescence. If left untreated, the severity of the symptoms could gradually escalate to the development of Conduct Disorder (CD) and even to the severity level of Anti-social Personality Disorder (APD) [15]. A typical developmental progression of disruptive behavior may begin with severe hyperactivity and impulsivity in early childhood, followed by the emergence of ODD symptoms during the preschool years. As the child enters elementary school, these behaviors may intensify and evolve into conduct disorder. During adolescence, the individual may begin to engage in substance- related issues, and if left untreated, these patterns can culminate in antisocial personality disorder in adulthood. Children and adolescents with ODD may experience a variety of problems in adulthood, including relational problems, lower educational attainment, and workplace stress. School psychologists and other providers should be familiar with the risk factors and the developmental trajectory of ODD when evaluating and designing interventions for students with ODD.

Dispositional Risk Factors

Emotional/Temperamental Factors

Numerous emotional risk factors have been associated with the development of ODD. Children who experience difficulties regulating their emotions are more likely to exhibit irritability and vindictiveness [16]. For example, children who have higher levels of emotional reactivity and/or have a low frustration tolerance are at risk for developing ODD. Children and adolescents who have low self-control due to ADHD may also possess issues with emotional regulation making them vulnerable to developing comorbid ODD. Callous-unemotional traits (CU), a cluster of traits of psychopathic youth that include a lack of empathy and indifference toward the feelings of others, have been seen in children and adolescents whose ODD symptoms begin to exacerbate to CD or APD. Youth who have CU traits likely have characteristics of neuroticism that cause them to demonstrate lower levels of fear and anxiety – also increasing the likelihood of their symptoms exacerbating.

Genetic Factors

The heritability estimate for ODD is around 50%. Significant levels of CU traits may be a result of genetic influences (e.g., excess methylation in the OXTR gene predisposes adolescents to CU) [17]. AVPR1A, a gene located on chromosome 2 that plays a significant role in social behavior and interaction, may be associated with aggression in early and middle childhood. Epigenetic research demonstrates that both environmental influences and additive genetic effects, where multiple genes contribute to a single trait, may be involved in the development of Oppositional Defiant Disorder (ODD). Through gene-environment interactions, environmental exposures can either enhance or suppress the expression of genetic predispositions, thereby influencing the likelihood that ODD-related traits will manifest.

Cognitive Vulnerabilities

Youth with ODD may show cognitive deficits in executive functioning (EF) and low verbal intelligence, especially if they possess CU traits. The classification of EF into ‘hot’ and ‘cool’ is a critical element of etiopathological research on externalizing disorders. “Hot” EF involves affective, motivational, and emotional aspects of cognition, whereas “cool” EF focuses on planning, cognitive flexibility, working memory, and inhibition. Children with ODD may have characteristics of greater reward-seeking behaviors and problems with emotional self-control [18]. Regarding “cool” EF, children with ODD have lower behavioral inhibition, which mixed with poor emotional control may exacerbate impulse aggression. School-referred children with disruptive behavior symptoms are associated with poor motivational and cognitive control (also referred to as executive control), and they may be incapable of cognitively processing the negative consequences of their victim’s distress.

Neurobiological Factors

Children with ODD may have neurobiological abnormalities in the amygdala and prefrontal cortex – areas responsible for reasoning, judgment, impulsecontrol, andemotionalprocessing. Morespecifically, reduction in the left amygdala, anterior insula, frontal gyrus, cingulate cortex, and/or medial prefrontal cortex might be associated with ODD. Brain regions such as the amygdala, anterior cingulate cortex, insula, and orbitofrontal cortex are primarily involved in emotional or “hot” executive functions, while the dorsolateral prefrontal cortex and cerebellum are more associated with logical, “cool” executive functions and areas, such as the precuneus, control both types of functioning. Additionally, heart rate, serotonin levels, and basal cortisol levels are often reduced in adolescents with aggressive behaviors.

Environmental Risk Factors

Familial Factors

A variety of family risk factors, including low socioeconomic status (SES), parental separation, and maternal depression, have been associated with the development of ODD. Aside from parental pathology, other family factors that could lead to symptoms of childhood/adolescent-onset of ODD include exposure to poor disciplinary practices (e.g., forms of hostility or aggression), maltreatment and neglect (e.g., sexual, physical, or psychological abuse), single parenthood, and family disharmony (e.g., argumentative parents). A combination of surrounding oneself with deviant peers and having poor parental supervision with low involvement are predictors for adolescents to engage in rebellious and/or defiant behaviors. Children who are exposed to high levels of dysfunctional parenting and maternal depression are also at a higher risk of developing symptoms of defiant and antisocial behaviors. Finally, children who are frequently emotionally dysregulated are at risk of experiencing higher child-parent conflict that could enhance ODD symptomology.

Interpersonal Vulnerabilities

Children and adolescents often face a range of interpersonal challenges, particularly when it comes to initiating and sustaining positive relationships with peers. Those who are consistently rejected by their peers—such as being disliked or excluded—and those who associate with deviant or antisocial peer groups are at increased risk for developing oppositional defiant disorder (ODD). In some cases, youth with ODD may engage in bullying behaviors themselves, contributing to a hostile social environment. However, these individuals may also be targets of bullying, which can intensify symptoms of vindictiveness, especially when they feel compelled to retaliate against those who have harmed them. This cycle of aggression and retaliation can further complicate their social interactions and emotional regulation, reinforcing the behavioral patterns associated with ODD.

Early Adverse Experience

There is a relationship between childhood externalizing problems, including ODD, and exposure to traumatic events. Interpersonal trauma, referring to harmful experiences directly inflicted by another person (e.g., physical abuse, emotional neglect, witnessing domestic violence, etc.), and non-interpersonal trauma, referring to events not involving direct human interaction (e.g., severe accident, natural disaster, loss of a loved one, etc.), are predictive of ODD symptomology in boys, while only interpersonal trauma is a predictor in girls. Children who experience interpersonal trauma are more likely to develop problems with anger, emotional regulation, and disruptive behavior. Children and adolescents who are exposed to community violence in impoverished neighborhoods have an increased risk of developing antisocial attitudes and behaviors.

Protective Factors

There are a variety of protective factors that reduce the likelihood of developing or worsening symptoms of Oppositional Defiant Disorder (ODD). Early intervention is especially important, as it can prevent ODD symptoms from escalating into more severe conditions such as Conduct Disorder (CD) or Antisocial Personality Disorder (APD). One key protective factor is the presence of high-quality relationships, both within the family and among peers. These relationships are often supported by living in safe neighborhoods, having strong family support systems, and being surrounded by prosocial peers who model positive behavior. Additionally, strong executive functioning and emotional regulation skills serve as internal protective mechanisms that help children manage impulses and navigate social challenges more effectively.

Treatment of ODD

Clinical Treatment

Because parental factors are highly associated with ODD, clinical treatments should consider strengthening the relationships between caregivers and their children. Parent-Child Interaction Therapy (PCIT) is an evidence-based therapeutic technique originally developed for children with disruptive behaviors that focuses on strengthening familial relationships by altering parent-child interactions [19]. PCIT involves having a parent and child together in a playroom while a therapist remains on the other side of a one-sided mirror where they coach the parent (by talking to them through a headset of some form) on how to positively interact and build a healthy rapport with their child. This verbal rapport is typically developed through praise, positive reinforcement, and overall parental involvement by the parent. If implemented with fidelity, PCIT is an effective treatment for decreasing ODD symptoms and preventing the development of CD by helping parents quit certain behaviors (e.g., unhealthy discipline responses) while starting other behaviors (e.g., more parental involvement) [20].

School Intervention

Similarly, school psychologists who possess the appropriate training should consider facilitating Teacher-Child Interaction Training (TCIT) with the teacher and student. In general, TCIT is a “classroom-based program designed to provide teachers with behavior management skills that foster positive teacher-student relations and to improve student behavior by creating a more constructive classroom environment” [21]. In general, there are teaching sessions that encompass learning about positive reinforcement through praise, modeling, and various classroom management strategies to decrease disruptive behaviors [22,23]. These sessions typically involve the clinician, teacher, and child, and it may also require the teacher to practice their skills in small and large group settings.

Conclusion

This review article explored Oppositional Defiant Disorder (ODD) in youth, emphasizing its diagnostic criteria, prevalence, developmental trajectory, and associated risk and protective factors. The article distinguishes between clinical and educational diagnoses in the United States, highlighting the roles of DSM-5- TR and IDEIA in shaping assessment and intervention practices. It identifies a range of dispositional, genetic, cognitive, neurobiological, and environmental risk factors that contribute to the onset and progression of ODD, while also underscoring the importance of early intervention and facilitating strong interpersonal relationships as protective mechanisms. Evidence-based treatments such as Parent- Child Interaction Therapy (PCIT) and Teacher-Child Interaction Training (TCIT) are presented as effective strategies for managing symptoms and preventing escalation into more severe disorders like Conduct Disorder (CD) or Antisocial Personality Disorder (APD). Psychologists, therapists, and educators should possess a deep understanding of the psychopathology underlying Oppositional Defiant Disorder (ODD) and be equipped with evidence-based strategies to support affected students. This includes conducting informed evaluations, implementing targeted interventions, and fostering collaborative efforts among school staff and families to address behavioral and emotional challenges effectively.

References

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  2. Tobin RM,House (2016) DSM-5 diagnosis in the schools. The Guilford Press
  3. S. Department of Education. (2004) Youth with Disabilities Education Act.
  4. Indiana State Board of (2024) Special Education Rules. Article 7.
  5. Aggarwal A,Marwaha (2024) Oppositional defiant disorder. StatPearls – NCBI Bookshelf.
  6. Boat TF, Wu J T, Disorders T. E. T. S. S. I. D. P. F. C. W. M., Families, B. O. C. Y. A., &Education, D. O. B. a. S. S. A. (2015) Prevalence of oppositional defiant disorder and conduct disorder. Mental Disorders and Disabilities Among Low-Income Children – NCBI
  7. Halldorsdottir T, Fraire MG, Drabick, D AG, Ollendick TH. (2023) Co-occurring conduct problems and anxiety: Implications for the functioning and treatment of youth with oppositional defiant disorder. International Journal of Environmental Research and Public Health 20: 3405
  8. Mikolajewski AJ,Scheeringa MS. (2022) Links between Oppositional Defiant Disorder Dimensions, Psychophysiology, and Interpersonal versus Non-interpersonal Trauma. Journal of psychopathology and behavioral assessment 44: 261-275.
  9. Leadbeater BJ, Merrin GJ, Contreras A,Ames (2023) Trajectories of oppositional defiant disorder severity from adolescence to young adulthood and substance use, mental health, and behavioral problems. Journal of the Canadian Academy of Child and Adolescent Psychiatry 32: 224-235
  10. Mash EJ,Barkley (Eds.) (2014) Child psychopathology (3rd ed.) New York: Guilford Press. (ISBN: 978-1-4625-1668-1)
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Talking to Patients: Part 2 – Mind Genomics Cartography of Reactions to Messages Pertaining to Patient Experience with COVID-19

DOI: 10.31038/MGSPE.2025523

Abstract

In a Mind Genomics experiment, 101 respondents each evaluated unique sets of 24 vignettes pertaining to interactions with a medical professional concerning the personal experience with COVID-19. The focus was to determine which messages made the respondents feel “comfortable” communicating. The results suggest two clearly different mind-sets, those responsive and comfortable with communication about the “facts” of COVID-19, versus those comfortable with communication about emotional support of the patient. These two mind-sets transcend gender, age, and previous experience with COVID-19. A simulation of the same topic by AI revealed that AI picked up these two mind-sets but suggested even deeper subgroups within each mind-set. The paper shows the value of incorporating Mind Genomics and AI into the education of medical professionals to provide deeper knowledge of how to communicate with patients.

Keywords

Artificial Intelligence, COVID-19, Empathy in healthcare, Medical education, Mind Genomics, Patient communication

Introduction

Healthcare professionals can improve their communication skills with patients by actively listening, demonstrating empathy, using clear language, and adopting a patient-centered approach. By involving patients in decision-making processes, providing comprehensive information, and collaborating on treatment decisions, healthcare providers can build trust and rapport. Measurement of communication strategies can be done through patient surveys, feedback forms, focus groups, and patient outcomes data. Common barriers to effective communication include time constraints, language barriers, cultural differences, health literacy limitations, and emotional or psychological challenges. Addressing these barriers can lead to more effective patient-provider interactions and improved health outcomes.

Mind Genomics is an emerging science that studies how people behave and respond to different messages on important topics, such as COVID. This method helps experts understand what people like or dislike about certain messages and how they react in various situations. By using AI, healthcare workers can create personalized texts about COVID in the Mind Genomics app to see how comfortable patients are with them. This approach is based on facts and aims to help healthcare workers establish deeper connections and have more effective conversations with their patients.

Mind Genomics differentiates itself from standard consumer research techniques by taking a unique approach to gathering insights on consumer preferences. Instead of asking respondents to directly rate the importance of various aspects, Mind Genomics presents them with combinations of messages and analyzes their responses to determine the impact of each message. This method avoids forcing people to intellectualize and allows for a more natural, intuitive understanding of consumer preferences. Using statistical techniques such as regression modeling, Mind Genomics identifies which messages most strongly communicate the desired messages. The pattern of strong performing messages provides insights on consumer behavior and preferences, doing so in a fashion which is robust, rapid, and designed for exploration in areas that may be as yet “terra incognita,” viz., unknown lands. This approach not only improves patient satisfaction but also makes training medical professionals more effective by giving them real-world feedback on their messaging strategies.

Mind Genomics has been used in topic areas ranging from medicine (focus of the current paper), to food, law, social issues, and matters of the everyday). The methods have been explicated in a variety of papers [1-6]. This paper adds to the corpus of knowledge created by Mind Genomics, doing so with the focus on COVID, and specifically on the communication between patient and medical professional, e.g., doctor or nurse practitioner.

Step 1: Create the Raw Materials

The Mind Genomics technique asks the user to provide four questions, each with four answers. The four questions and four answers to each question were developed using AI, as discussed in the accompanying paper. Table 1 shows the four questions and four answers to each question (elements), generated by AI, but edited by the researchers to make the answers succinct and easy to understand. For each question and each answer, the AI was instructed to make the text 15 words or less, to write in the way people talk, and to make the text understandable to a 12-year-old.

Table 1: The four questions and the four answers to each question.

Step 2: Create the Test Stimuli

The test stimuli consist of message combinations from an experimental design. The experimental design specifies the combinations as follows:

  1. Each element appears five times in 24 vignettes and is absent from 19 vignettes.
  2. A vignette must contain at most one answer to a question.
  3. A vignette must have a minimum of two elements and a maximum of four This requirement means that in some cases a vignette does not have an element (answer) from one of the four questions, and in some other cases a vignette does not have an element from two or the four questions. This approach ensures that vignettes do not contain contradictory information from the same question.
  4. The 16 elements appear independently, enabling OLS regression to assess the strength of each element in driving the response.
  5. Each respondent assesses a distinct set of 24 A permutation scheme ensures uniqueness while preserving the mathematical properties of the experimental design, altering only the combinations. This leads to greater coverage of potential combinations. The permutation scheme allows research to explore various ideas and combinations, rather than relying on prior knowledge of what will work best. This shift from experimental confirmation to exploration is central to the Mind Genomics perspective [7].

Step 3: Execute the Study

Mind Genomics studies are conducted online through the BimiLeap.com platform. Luc.id, now Cint, supplies respondents based on user specifications. Participants were adults aged 25-54 living in the United States. Email invitations were sent to the respondents. Participants were directed to an orientation page about the study. The study was not labeled that way. The respondents were informed they would read a set of phrases and rate them as a single idea.

The orientation began with a self-profiling questionnaire that collected the respondent’s age and gender, followed by their answers to seven profile questions in Table 2. BimiLeap.com uses this information to form subgroups of respondents based on their self-identification.

Table 2: Self-profiling questions for classification questionnaire (top) and rating scale for the 24 vignettes (bottom).

The respondents did not receive extensive orientation. The goal was to show them the vignettes and capture their immediate reactions, without creating any expectations. This brief introduction is typical for most Mind Genomics studies, except those related to the law, where case background is pertinent. A brief introduction will suffice for most issues.

Step 4: Create the Database and Estimate the Regression Equation for the Total Panel

Each respondent assessed a unique set of 24 vignettes in random order. The respondent initially assessed vignette #1 as a training vignette. The rating for the first vignette was discarded. The respondent assessed all 24 vignettes. The 24th vignette was a repeat of the training vignette.

The respondent scored the vignette on a 5-point scale. The analysis focused on ratings 4 and 5, which indicate “patient feels comfortable with what the patient has heard.” They were transformed into a new binary variable, R54x. When the respondent rates a vignette a 4 or 5, R54x become 100. When the respondent rates a vignette 3, 2, or 1, R54x become 0. As a prophylactic measure to ensure some variation in the binary variable R54x (necessary for regression analysis) a tiny random number (<10-5) was added to the new binary variable.

The Mind Genomics platform recorded both the rating that the respondent assigned, then the transformed value (R54x), as well as the response time. The response time was the number of seconds (to the nearest 100th second) elapsing between the time the vignette appeared on the screen to the time that the respondent assigned a rating. Response times of 8 seconds or longer were automatically transformed to 8 seconds under the assumption that the respondent was multi-tasking.

The platform’s database included 2424 records, one for each vignette per respondent among 101 participants. Each record included a respondent ID, self-profiling data, vignette order in the 24-set, 16 columns for coding element absence, and the rating, response time, and transformed binary rating R54x.

For the OLS regression, the 16 columns for the elements were coded “1” if present in the vignette and “0” if absent. This is known as dummy coding. The coding indicates the predictor’s state: absent (0) or present (1).

The analysis occurs twice: first for groups, then for individuals. Groups are defined by the self-profiling questionnaire. All 24 vignettes from each respondent were compiled for analysis. The analysis involved the OLS regression without an additive constant, represented as: R54x = k1A1 + k2A2 … k16D4

The regression equation shows the impact of each factor. Parallel analyses showed at statistic of about 2.0 corresponding to a coefficient close to 11 in the regression model with an additive constant. The coefficient of 11 in a model or equation is equivalent to a coefficient of about 20 for a model without an additive constant, estimated on the same data. Given the foregoing argument, it appears that one could make an argument for coefficients of 21 or above as show strong performance when the model or equation is estimated without an additive constant

Table 3 presents the model parameters estimated for 101 respondents. Five elements are statistically significant (coefficient > 20), indicating that AI effectively generated strong, inspiring elements. These elements use informal language.

Table 3: Coefficients for the total panel for the equation relating R54x (comfortable) to the elements.

Step 5: Estimate Regression Equations for the Self-defined Subgroups

Recall that at the start of the Mind Genomics session the respondent completed a self-defining questionnaire, shown in Table 2.  The regression analysis for each group comprising 10 or more respondents generates a great deal of data. In order to make the analysis easier, Table 4 (age, gender) and Table 5 (self-defined attitudes and behavior) show only those coefficients of 25 or higher.

Table 4: Coefficients for gender and for age for the equations relating R54x (comfortable) to the elements.

Table 4 shows only four strong performing elements, suggesting that if there are group differences, the groups are probably not defined by gender nor by age. Table 5 shows that the elements “resonate” for the 11 respondents who have defined themselves as having had Long COVID, but otherwise the pattern is once again elusive

Table 5: Coefficients for the four subsets of respondents based on COVID experience for the equation relating R54x (comfortable) to the elements.

Step 6: Create Mind-Sets by K-means Clustering

Variability among individuals derives from the “human condition,” which is the inescapable reality that people differ from each other on issues, even on the same issues of the world of everyday. Perhaps this variation is an intractable inconvenience? That would be acceptable, of course, and dealt with by oversampling people until the real average emerges out of the intractable variation. But what if this variation represents various ways of thinking about things, rather than random differences? What if there are basic distinctions in cognitive patterns that are not always related to a person’s identity or previous experiences?

A recurrent theme in Mind Genomics is that individuals vary in their daily lives but that this variation at the level of the everyday experience can be traced to mind-sets, patterns of thinking. The mind-sets emerge from the world of the granular and are descriptive rather than normative. The mind-sets “make sense” of the variation by showing that the variation can be generated by parsimonious set of groups. Furthermore, these groups are discoverable by simple studies such as the study presented here. Furthermore, one cannot always anticipate how a person would think based on their demographics, or even their actions. As of this writing (Winter 2024-2025), the mind- sets must be retrieved via an examination of reaction patterns to the vignettes. The method is simple: use the individual coefficients from a research, such as ours, to determine what individuals react to in terms of inspiration.

Reducing this tumultuous inter-person variety to well-behaved, explainable, parsimonious number of mind-sets is one way of using clustering—a well-accepted statistical procedure. Clustering reduces a seeming random cloud of different objects into a few interpretable groups, clusters, or mind-sets in the language of Mind Genomics. The processes are strictly mathematical, Mind Genomics uses k-means clustering [8]. People in a cluster think and respond similarly to the elements (viz., feel comfortable with the message as conveyed by the medical professional).

The particular strategy used by k-means clustering follows these simple steps:

  1. Using the data from the 24 vignettes evaluated by one respondent, compute the 16 coefficients which emerge from relating the binary dependent variable, inspire (R54x) to the 16 The equation is the same as that above, viz., R54x = k1A1 + k2A2… k16D4
  2. Although each respondent evaluated a different set of 24 vignettes, the original set-up ensured that each of the 101 respondents would evaluate a proper set of vignettes, permitting regression modeling at the level of the individual respondent.
  3. The result of the analysis is a matrix of 101 rows, one row per respondent, and 16 columns one column for each of the 16 The number in the cell is the coefficient for that respondent for the specific element.
  4. The k-means process computes the “distance,” D, between every pair of respondents, by the expression (1-R). The “R” is the Pearson linear correlation between two sets of When R is 1, the two sets of numbers are perfectly related to each other. In our case, this means that the two respondents react identically to the elements. The distance is 1-1 or 0. In contrast, when the two respondents are opposites, R = -1. The distance is (1- -1) or 2.
  5. The k-means algorithm puts the 101 respondents first into two groups, so that the distances of people in each group are small, but the distances of the two group centroids are large. Then the k-means algorithm does the same thing for three groups, and so forth.
  6. The process is entirely objective.
  7. Once the k means algorithm finishes, we end up with two and then with three We can create the equations for the two groups and then create the equations for the three groups. In each case, we look at the strong performing elements.
  8. The remaining effort moves from objective mathematics to subjective We want to make sure that we have easy- to-interpret clusters (interpretability) and as few clusters as possibility (parsimony)
  9. For this study, two clusters ended up providing the better Three clusters ended up having many of the same elements in common.

Table 6 compares the two mind-sets emerging from the k-means clustering. To make the patterns easier to distinguish, the tables show the very strong performing coefficients (25 and higher) in shade. The choice of a cut-off of 25 was made subjectively, to provide a way to distinguish between these two mind-sets. When we use this cut-off, we end up with Mind-Set 1 feeling comfortable by “information-rich messages,” and Mind-Set 2 feeling comfortable with “emotion-rich messages.”

Table 6: Coefficients of two mind-sets (MS1 of 2, MS 2 of 2) emerging from k-means clustering.

It is important to keep in mind that it would be impossible for the respondents to “game” the system. Each respondent saw 24 vignettes in rapid order, and essentially ended up judging each vignette intuitively. Yet, it is striking how clear the mind-sets are. The results of this study support the “insight productivity” emerging from the seemingly “impossible” Mind Genomics task of judging so many vignettes so rapidly.

Step 7: Estimate the Regression Models Using Response Time as the Dependent Variable

Table 7 shows the estimated number of seconds in the response time attributed to each element. The table shows three columns, one column for Total Panel, and then the two remaining columns for the two mind- sets. Long response times are operationally defined as 1.3 seconds or longer. Short response times are operationally defined as 0.3 seconds or shorter. The data suggests no response times meeting the criteria for “long response times.” The absence of long or short response times suggests a lack of deep interest in the topic of COVID-19 [9,10].

Table 7: Response times attributable to individual elements for the Total Panel and for the two mind-sets.

How AI Summarizes the Two Mind-Sets

After the analysis is completed by the Mind Genomics platform, BimiLeap.com, the program is instructed to review the coefficients for each subgroup and answer a variety of prompts. Those prompts are based on the elements 21 or higher for the subgroup. Table 8 shows how the AI “summarizes” these subgroups.

Table 8: AI summarization of the two mind-sets.

What Would AI Have Uncovered Had It Been Prompted to Look for Mind-Sets?

Our final analysis returns to AI, to determine whether or not AI would have uncovered these mind-sets [11-13]. Table 9 (top) shows the instructions given to the AI. Table 9 (bottom) shows the five different mind-sets emerging from the AI, AI-generated Mind-Sets A and B are similar to the empirical Mind-Set 1, AI-generated Mind-Sets D and E are similar to the empirical Mind-Set 2, and AI-generated Mind-Set C is similar to both empirical mind-sets.

Table 9: Using AI to simulate possible mind-sets in the populations regarding communicating with the patient about COVID-19.

Discussion and Conclusions

Mind Genomics experiments improve medical communication by understanding patient mind-sets and preferences. By analyzing patterns in patient responses to different types of communication, healthcare professionals can tailor their approach to better meet individual needs. This personalized approach can lead to improved patient satisfaction, adherence to treatment plans, and overall health outcomes.

AI can further enhance the understanding of patient communication preferences by analyzing large amounts of data and identifying patterns that may not be immediately apparent to human researchers. By developing a corpus of knowledge based on Mind Genomics experiments, medical students and nurse practitioners can learn about the diverse mind-sets of patients and how to effectively communicate with them. This knowledge can help healthcare professionals provide more personalized care and support ongoing professional development.

The value of Mind Genomics experiments goes beyond improving patient satisfaction; it can also lead to better health outcomes. When patients feel heard, understood, and cared for, they are more likely to follow treatment plans and adhere to medical advice. By analyzing patterns in patient responses to different types of communication, healthcare providers can tailor their communication style to better connect with and engage their patients.

Incorporating the findings of Mind Genomics experiments into training can help young medical professionals develop the communication skills needed to excel in their clinical practice and provide more personalized care to their patients. Empathy plays a crucial role in effective communication between doctors and patients, as it allows them to understand and connect with their emotions, concerns, and perspectives.

Mind Genomics experiments can be used to enhance the communication skills and patient-centered care of organizations. By incorporating these findings into training and practice, healthcare providers can better understand patient communication preferences and tailor their communication strategies to meet their unique needs. This can lead to better patient understanding, adherence to treatment plans, and overall satisfaction with care.

Acknowledgment

The authors gratefully acknowledge the ongoing support and encouragement of Dr. Rizwan Hamid of the Global Healthcare Management Forum in Brooklyn. Dr. Hamid is a continuing source of encouragement for young medical professionals to create a more patient-focused, knowledge-driven healthcare system. The authors are grateful to Vanessa A. and Angela A. for their ongoing help in preparing these and other manuscripts for publication.

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Evaluating Functional Recovery in Stroke Patients: Neurostimulation-Assisted Walking Device in Stroke Patients with Drop Foot

DOI: 10.31038/JCRM.2025834

Abstract

Background: Walking recovery is a key concern for post-stroke patients, with up to 46% of first-ever stroke survivors initially unable to walk and 40% of all post-stroke patients requiring rehabilitation. Regaining a more physiological walking pattern can lead to improved gait performance and, consequently, greater independence in activities of daily living.

Materials and methods: 18 post-stroke patients with drop foot completed a treatment program comprising a neurostimulation-assisted walking device (BTL WALK). Functional gait measurements, including the 10-Meter Walk Test (10MWT), 6-Minute Walk Test (6MWT), Stair Climb Test (SCT), and Manual Muscle Grading scale (MMT) were assessed both before and after the program. Additionally, the Barthel Index was used to evaluate the impact of the treatment on independence in daily activities.

Results: Statistically significant improvements were observed in all monitored parameters, with changes of -17.7% in the 10-Meter Walk Test (10MWT), 14.6% in 6-Minute Walk Test (6MWT), -37.0% in Stair Climb Test (SCT), 8.86% in Barthel Index, and 27.8% in Manual Muscle testing scale (MMT). No significant relationship was found between any parameter or its change and the time since stroke onset.

Conclusions: This study highlights the potential of BTL WALK training in mitigating drop foot in post-stroke patients. Improvements in walking speed, distance, and stair-climbing enhanced independence in daily activities and increased muscle strength, serving as a key motivational factor for continued rehabilitation, especially for patients several years post-stroke.

Keywords

Stroke, Drop foot, Neurostimulation-assisted walking, Gait training, Independence in daily activities

Introduction

Stroke remains a leading cause of mortality and long-term disability, with up to 40% of survivors requiring active rehabilitation [1]. Lower extremity motor impairment is present in 44.1% of individuals experiencing a first-ever stroke, and 46.0% are initially unable to walk [2]. Walking recovery is often one of the first concerns raised by post-stroke patients when consulting medical staff, highlighting its critical role in rehabilitation [3]. Among those who regained some walking ability within 3 to 5 days post-stroke, 76.4% were discharged to home care, compared to only 21% of non-ambulatory patients [1]. Walking is not only a key factor in determining discharge to home care but also a fundamental component in restoring independence in daily life [3].

Up to 20% of stroke survivors experience drop foot, a condition characterized by an impaired ability to dorsiflex the foot during the swing phase of gait. This persistent distal weakness in the hemiparetic leg may be associated with weakness of the anterior muscles, spasticity of the posterior leg muscles, or both. Additionally, the condition can be further complicated by the development of plantar-flexion contracture at the ankle [4]. Drop foot leads to disability by promoting undesirable compensatory movement patterns, restricting mobility, and increasing the risk of falls [4,5]. One potential treatment for drop foot in individuals with hemiparesis is Electrical Stimulation (ES) applied to the peroneal nerve and the tibialis anterior muscle [5].

The most common therapeutic strategies for drop foot are ankle-foot orthosis (AFO) and electrical stimulation [6]. Ankle-foot orthoses (AFOs) are frequently prescribed for individuals with drop foot to maintain ankle neutrality and enhance limb clearance during the swing phase [4,7]. However, this intervention presents several limitations. Restricted ankle mobility associated with AFO use may contribute to contracture development. Furthermore, AFOs do not actively promote dynamic function or facilitate motor recovery [4,6]. Challenges in sit-to-stand transitions and patient discomfort are also commonly reported [4]. Electrical stimulation presents an alternative therapeutic modality for drop foot, targeting branches of the common peroneal nerve distal to the knee. In contrast to AFOs, ES permits physiological ankle range of motion and facilitates active dorsiflexion and eversion without mechanical constraint [4,6]. Clinical evidence indicates that ES, by unrestricted ankle motion, may offer superior functional outcomes compared to AFOs, particularly in complex environments characterized by inclines, uneven terrain, and pedestrian traffic [6,7].

Studies evaluating the immediate effects of ES during therapy have reported positive impacts on walking quality. However, research investigating its long-term effectiveness has yielded divergent results [8,9]. Guzel et al. observed statistically significant improvements in gait quality following a combined conventional physiotherapy, ES, and balance-weighting rehabilitation program in post-stroke patients. Similarly, Street et al. reported positive outcomes in individuals with multiple sclerosis [10,11]. In both patient populations, significant improvements were also observed following ES therapy when compared to the use of AFO [12,13].

This study aims to assess the impact of BTL WALK therapy on post-stroke patients. The research will evaluate the effects on gait parameters, lower limb disability, and the influence of time since stroke on individual outcomes [14,15].

Materials and Methods

The study was conducted at the Hamzova Léčebna Luže-Košumberk rehabilitation center between April and December 2025. Its design adhered to the ethical principles of the 1975 Declaration of Helsinki, as adopted by the Convention on Human Rights and Biomedicine of the Council of Europe and endorsed by the General Assembly of the World Medical Association [17].

Inclusion criteria required participants to be first-time stroke survivors, medically stable, with no cognitive impairment, and presenting with lower extremity involvement in the form of drop foot. Exclusion criteria included febrile conditions, cachexia of any etiology, tuberculosis or other bacterial infections, suspected malignancy, bleeding disorders, menses, the presence of electronic or metal implants in the treatment area, skin inflammation, trophic skin changes, irritated or damaged skin, cardiovascular diseases, sensation disorders, lower limb fractures, dislocations, or conditions adversely affected by motion, electroanalgesia without a confirmed pain etiology, psychopathological syndromes, and inflammatory conditions in the treatment area.

Participants underwent a 4-week treatment program consisting of neurostimulation-assisted walking (BTL WALK) therapy, administered five times per week. Functional assessments were performed before and after treatment, including the 10-Meter Walk Test (10MWT), the 6-Minute Walk Test (6MWT), and the Stair Climb Test (SCT) to evaluate mobility. Muscle strength was assessed by the Manual Muscle Test (MMT). Additionally, participants completed the Barthel Index questionnaire, which assessed their subjective level of disability related to gait impairment.

Before therapy, the patient was seated with the hip, knee, and ankle positioned at a 90° angle. The BTL WALK Pro device (BTL Industries, Ltd.) was placed on the inner calf, with electrode positioning adjusted to stimulate the common peroneal nerve that innervates the peroneal muscles and the tibialis anterior muscle (Figure 1). Following the initiation of therapy, stimulation intensity was gradually increased until ankle dorsiflexion was achieved. The electrode was then further adjusted to maintain the foot in a neutral position, preventing excessive eversion or inversion. The patient was encouraged to walk, with continuous adjustments made to electrode placement and stimulation intensity based on their response. Once optimized, a walking session was conducted, during which drop foot pathology was mitigated through muscle stimulation.

Figure 1: Image depicting the placement of BTL WALK on the inner calf to treat drop foot. Permission was granted by BTL Industries, Ltd.

To assess objective gait improvements, several functional tests were performed. The 10MWT evaluated gait speed, where the patient was instructed to walk at a comfortable pace over a 10-meter distance. The total time taken to complete the walk was recorded in seconds. No physical assistance was provided unless required for safety reasons. Timing began when the first foot crossed the start line and stopped when the first foot crossed the end line at 10 meters [18].

The 6MWT assessed functional exercise capacity by measuring the maximum distance the patient could walk in six minutes. The test was conducted in a long, straight hallway with cones marking each end of the walking course. The patient was instructed to wear comfortable clothing and non-slip footwear and walk at their own pace. They were allowed to rest if needed, but the timer continued running, and the total distance walked in meters was recorded [19].

Lower limb strength and balance were assessed using the SCT, which measured the time taken to ascend a standard flight of 12–14 steps, each 17–19 cm high. The patient was instructed to climb the stairs at their normal pace, using handrails only if necessary for balance. Timing began at the first step and stopped upon reaching the top, with results recorded in seconds [20].

Strength of the tibialis anterior, peronei, soleus, and gastrocnemius muscles was measured using the 0, meaning no contraction, to 5, meaning normal strength against full resistance, scale of the MMT. Muscle tests were performed by trained examiners following standardized limb positions and stabilization to minimize substitution and optimize repeatability.

In addition to these functional tests, the Barthel Index was used to evaluate the patient’s level of functional independence in performing ten essential daily activities. The assessment was conducted through direct observation and patient interviews, with activities scored based on the level of independence—categorized as independent, partially independent, or dependent. The total score ranged from 0 to 100, with higher values indicating greater independence [21].

The sample size was determined based on the capacity of the rehabilitation center and the minimum required sample size calculation. This calculation was conducted using 6MWT data from a previous study on post-stroke patients, assuming a study power of 80% and an estimated effect size of 15 meters [22,23]. The minimum required sample size of nine patients was increased to 20 to account for facility capacity and potential dropout risk.

For statistical processing and data evaluation, a customized script was developed in the Matlab environment. The data were initially analyzed using the Shapiro-Wilk test to assess normality. Except for the 10-Meter Walk Test (10MWT), the assumption of normal distribution was rejected for all parameters. Consequently, these data were analyzed using the Wilcoxon Signed-Rank test and presented as median values with interquartile range (IQR). In contrast, the 10MWT data, which met the criteria for normality, were compared using a T-test and reported as mean values with Standard Deviation (SD). The Pearson correlation coefficient was used to determine if there was a correlation between the time since stroke onset and the therapy outcome. P-values less than 0.05 were considered indicative of statistical significance.

Results

A total of 18 post-stroke patients, 16 men and 2 women, with a mean age of 70.22 ± 12.70 years and a mean time of symptom duration of 8.7 years. No adverse events occurred during the program, and none of the patients experienced any discomfort that would have hindered their participation. The therapy was generally well tolerated and resulted in improved walking function in the majority of patients.

Monitored parameters showed statistically significant improvements, mean score change, and mean within-patient percentage change in Table 1. After the treatments, 83.33% of patients improved in 10 MWT, 88.89% of patients improved in 6MinWT, 83.33% of patients improved in SCT, and 50% of patients improved in BI. These patients showed mean improvements in the aforementioned parameters of -18.41%, +23.06%, -28.46%, and 21.61%. The changes in MMT measurements showed the number of patients that improved after the therapies was 22.22% in the tibialis anterior, 33.33% in the peronei muscle, 27.78% in the soleus muscle, and 27.78% in the gastrocnemius muscle. The average change for the MMT score was 27.78%.

Table 1: Results of functional tests and functional independence questionnaire obtained before and after the treatment program. P values lower than 0.05 were considered statistically significant.

 

Before

After Diff %Diff %Mean within-patient percentage change P (0.05)
Mean (SD) Mean (SD) Mean score change (SD)

T-test

Other: Wilcoxon Signed Rank test

10MWT (seconds)

24.86 (13.50)

20.44 (10.43) -4.43 (5.41) -17.77% -14.20% 0.006

6MWT (meters)

166.17 (75.37) 190.50 (80.67) 24.33 (39.10) 14.64% 19.53%

0.002

SCT (seconds)

68.00 (63.54)

42.83 (20.55) -25.17 (51.53) -37.01% -22.69% 0.006

Barthel Index

75.28 (11.13) 81.94 (5.18) 6.67 (8.91) 8.86% 10.80%

0.035

IQR: Interquartile range, Diff: difference, 10MWT: 10-Meter Walk Test, 6MWT: 6-Minute Walk Test, SCT: Stair Climb Test.

The bar graph in Figure 2 visually represents the improvements achieved. The 6MWT and Barthel Index showed increases in the distance covered and the degree of independence in activities of daily living, respectively. Conversely, both the 10MWT and SCT showed decreases in the time needed to walk a set distance or climb a flight of stairs. These results all suggest an overall improvement in lower limb function over the course of the BTL WALK treatment program.

Figure 2: The baseline and post-treatment values of the 10-Meter Walk Test (10MWT), the 6-Minute Walk Test (6MWT), and the Stair Climb Test (SCT) to evaluate mobility.

Table 2 displays the Pearson correlation coefficients, which show the relationship between the time since stroke onset and individual outcome measures. The results indicate that time since stroke onset did not have a statistically significant effect on any of the indicators.

Table 2: P-value and Pearson correlation coefficient between time since stroke onset and individual outcome measures obtained before starting and after completing the treatment program, and the difference between them.

 

Time vs 10MWT

Time vs 6MWT Time vs SCT Time vs Barthel Index
P (0.05) r P (0.05) r P (0.05) r P (0.05)

r

Before

0.928

0.027 0.662 -0.128 0.355 -0.268 0.578 0.163

After

0.873 0.047 0.57 -0.166 0.591 -0.157 0.757

-0.091

Diff

0.934

0.024 0.711 -0.109 0.358 0.266 0.336

-0.278

Time: Time since stroke onset, r: Pearson correlation coefficient, Diff: difference, 10MWT: 10-Meter Walk Test, 6MWT: 6-Minute Walk Test, SCT: Stair Climb Test.

Discussion

The present study documents statistically significant changes in post-stroke patients’ gait as a result of a rehabilitation program based on BTL WALK gait training. These conclusions are supported by existing evidence, both in terms of statistical significance and the extent of the changes achieved [16,22,24]. Comparing the recalculated 10MWT values for speed (before: 0.51 m/s, after: 0.59 m/s) with similar studies, it is evident that the absolute values of gait speed differ significantly across publications. This may be due to variations in measurement methodology (patient instruction, use of aids, treadmill, etc.) and the different composition of patients in terms of indication, age, time from onset of stroke, severity, or brain damage, etc. Patients in the acute and subacute post-stroke phase tend to be more limited in movement and their gait speed reaches an average of around 0.25 m/s [25]. The current research includes patients who are a few weeks post-stroke, but also those who have been suffering from the consequences of stroke for many years. Correlation analysis did not reveal a statistically significant relationship between time since stroke and any outcome measure or its change. The main influence on walking limitation is likely the extent of brain damage [26].

The observed improvements in walking speed, functional exercise capacity, balance, and lower limb strength, as demonstrated through various functional assessments, can be further explained by the underlying mechanism of BTL WALK in post-stroke drop foot rehabilitation. BTL WALK facilitates neuromuscular activation by delivering electrical impulses to the dorsiflexor muscles, inducing muscle contraction, and enabling ankle dorsiflexion during the swing phase of gait. In post-stroke patients experiencing drop foot or impaired foot clearance, this timely and coordinated muscle activation enhances gait performance, contributing to a more physiological walking pattern [27]. Moreover, intensive and prolonged gait training incorporating ES promotes motor relearning, which, over time, can lead to sustained improvements in gait mechanics, potentially reducing the need for assistive devices [28]. This device can significantly affect the quality of life of patients in everyday life if they use the device as a compensatory aid.

Improvements observed in functional gait assessments were also positively reflected in subjective evaluations of activities of daily living. Although these changes were less pronounced compared to speed and distance-based assessments, they nonetheless reached statistical significance. Future research should consider utilizing more sensitive assessment tools capable of detecting the impact of even minor gait pattern deviations on an individual’s independence in daily activities.

The conclusions of this study must be interpreted in consideration of its limitations. The primary limitation is the absence of a control group, which would have enabled a direct comparison with patients receiving conventional therapy or no treatment, thereby accounting for the potential effects of spontaneous motor recovery. Additionally, the small sample size may have influenced the findings, particularly in the analysis of the impact of time since stroke onset. Notably, patient inclusion was not stratified based on time post-stroke, which adds a distinctive aspect to the study but also presents a limitation. Future research should aim to investigate specific subgroups of stroke survivors, particularly those several years post-stroke, as clinical evidence in this population remains limited.

Despite its limitations, this study provides valuable insights, particularly by demonstrating the positive effects of BTL WALK therapy on gait in patients undergoing rehabilitation not only in the early post-stroke phase but also several years after stroke onset. The finding that mobility and independence in daily activities can still be improved in chronic stroke survivors may serve as an important motivational factor for continued rehabilitation efforts.

Conclusions

The present study highlights the potential of BTL WALK training in mitigating drop foot in post-stroke patients. The observed improvements in walking speed, distance covered, and stair-climbing ability contributed to enhanced independence in daily activities, which may serve as a crucial motivational factor for continued rehabilitation, particularly for individuals undergoing therapy several years post-stroke. The therapy is an effective intervention for rehabilitating patients with limited mobility and gait impairments resulting from brain damage, promoting functional recovery and improved movement patterns.

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Commentary: Rethinking Digital Dating Abuse Through Gendered Perceptions and Lived Experience of Young Adults

DOI: 10.31038/PSYJ.2025762

 

As digital communication becomes ever more embedded in the daily lives of young adults, the dynamics of intimate relationships are increasingly shaped—and strained—by technology. While digital platforms offer constant connection, they also create new contexts in which control, surveillance, coercion, and aggression can emerge [1]. The publication “College Students Perceptions of Digital Dating Abuse: Insights From Gender Schema Theory” advances the field by examining how college students judge the abusiveness of digital dating abuse (DDA) behaviors, how these judgments differ based on gender, and how personal histories of victimization and perpetration influence these views [2]. Although researchers have clearly defined several digital behaviors as abusive, through the increasing norms of online communication and engagement, it is unclear how college students view these behaviors. Situated within the framework of gender schema theory, this publication provides vital insight into how young adults make sense of digital dating behaviors in their relational lives, and why some forms of DDA remain under-recognized despite their documented harm.

Gender as a Lens for Interpreting DDA

A central contribution of the publication is its clear demonstration that gender strongly shapes how college students interpret DDA. Across all behaviors, male-to-female DDA was viewed as more abusive than female-to-male DDA, reflecting longstanding evidence that violence by men against women is perceived as more harmful and threatening [3,4]. Even in digital contexts without physical contact, cultural scripts linking men with physical power and women with vulnerability shape how students assess potential harm and escalation.Women also consistently rated digital sexual coercion and digital monitoring/control as more abusive than men, aligning with research showing that men are generally more tolerant of aggression and less likely to label behaviors as abusive [5,6]. Gender schema theory [7] offers a useful explanation: cultural expectations that associate masculinity with dominance and femininity with nurturance guide how individuals recognize and evaluate relational harm. Women’s heightened perceptions may also stem from their disproportionate exposure to the emotional, psychological, and sexual consequences of DDA [8-10], including fear of escalation, reputational harm, and coercive control [11,12]. Men, by contrast, may normalize persistent messaging or monitoring due to socialization that minimizes relational intrusion and discourages acknowledging vulnerability.A particularly noteworthy nuance is that women also viewed female-to-male digital monitoring/control as more abusive than men did. Female-perpetrated aggression violates cultural stereotypes positioning women as passive or emotionally compliant [13], making such behavior appear more deviant—and therefore more abusive—to female respondents. Men’s lower ratings in these scenarios may reflect norms that downplay male victimization, reinforce emotional invulnerability, and obscure harm when the perpetrator does not match stereotypical images of an aggressor [14]. As a result, male victims may be less visible to peers, less likely to receive support, and less likely to identify their experiences as abuse [15].

Hierarchies of Harm: Why Monitoring Is Under-Recognized

One of the publication’s strongest contributions is its systematic comparison of how different types of DDA are ranked in severity. Students consistently viewed digital direct aggression as most abusive, followed by digital sexual coercion, and finally by digital monitoring/control. This hierarchy parallels findings from broader intimate partner violence research, where overt threats or sexual aggression are more easily recognized as abusive than psychological or controlling behaviors [16,17]. But digital monitoring/control might present unique risks precisely because it is so easily normalized among young adults.

Research shows that a majority of college students engage in at least one digital monitoring/control behavior—such as checking a partner’s social media or sending excessive messages—without labeling these actions as abusive [18]. Adolescents and young adults often view digital access, shared passwords, or location tracking as signs of trust, intimacy, or commitment [19]. In this context, the publication’s results reflect a broader cultural shift in which persistent digital connection is expected and surveillance becomes routine.

Yet digital monitoring/control is not benign. Studies demonstrate strong associations between monitoring behaviors and poor mental health outcomes, attachment anxiety, and eventual escalation to offline aggression [20,21]. The publication’s findings that students consistently under-recognize this category of harm reinforce the need for educational programs that clearly differentiate between healthy connectedness and intrusive control.

Experience Shapes Perception: Minimization Among Victims and Perpetrators

A significant theoretical insight from the publication is the identification of what might be termed a desensitization effect: individuals with prior experiences of DDA—either as victims or perpetrators—rate abusive behaviors as less harmful than those without such histories. This aligns with research on cognitive dissonance, self-justification, and normalization processes in intimate partner violence.

Victims who remain in or return to unhealthy relationships may reinterpret or downplay DDA behaviors to maintain relational coherence. Perpetrators, meanwhile, may minimize the negativity of their actions, especially when DDA behaviors feel mundane or common among their peers. However, the asymmetry noted by the authors, in which perpetrators minimized digital monitoring/control but not necessarily digital direct aggression or digital sexual coercion, might signal a deeper structural issue: digital monitoring/control is so culturally embedded that even those who commit it may not recognize its harm potential.

This has profound implications for prevention programming. Traditional interventions often assume that individuals can identify unhealthy behaviors but struggle with behavioral change. However, if young adults do not interpret their own actions—or their partner’s actions—as abusive, generative dialogue about harm and relational boundaries becomes more challenging. Prevention efforts must therefore address both recognition and reinterpretation: helping students recalibrate their internal thresholds for what constitutes harmful digital conduct.

Conclusion

The publication “College Students Perceptions of Digital Dating Abuse: Insights From Gender Schema Theory” provides an important and much-needed contribution to the evolving discourse on DDA. By grounding its investigation in gender schema theory and foregrounding the diverse and often contradictory ways college students interpret digital behaviors, it illuminates the perceptual landscape that shapes young adults’ responses to DDA. The findings reveal that DDA is not simply a technological phenomenon but a deeply social one—embedded in gendered expectations, cultural narratives, and personal histories. As institutions, educators, and scholars seek to reduce DDA and foster healthier digital relationships, this study offers a foundation for designing prevention efforts that are evidence-based, culturally attuned, and responsive to the realities of young adults. Its insights serve not only as an academic contribution but as a call for more intentional, nuanced, and inclusive strategies to confront the normalization of digital harm in intimate relationships.

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Talking to Patients: Part 1 – Using AI to Suggest How to Talk with a Patient Regarding COVID-19

DOI: 10.31038/MGSPE.2025522

Abstract

Using AI (ChatGPT 3.5) and Mind Genomics thinking, the paper shows how the medical professional can learn how to understand and converse with patients on topics such as COVID-19. The approach comprises an initial query to AI about the topic, using the Idea Coach feature on BimiLeap.com. The query can be modified and resubmitted, providing the medical professional with a real-time learning tool based on AI. Once the queries and iterations are completed and the program goes offline, the information generated by AI is subject to additional critical thinking by AI. The output comprises key themes, perspectives, analyses of responses of audiences (positive, negative, alternative viewpoints), as well as suggested innovation. The paper proposes the approach as a just-in-time teaching system for the medical professional who needs an understanding of how patients may think about a condition, and how one might communicate with the patient.

Keywords

Artificial Intelligence; medical communication; Mind Genomics; patient interaction

Introduction

Many medical professionals struggle with the job of communicating with patients. This shortcoming in effective interactions with patients can lead to misunderstandings, misinformation, frustration, and ultimately, the loss of trust in the medical professional. Furthermore, poor communication skills can hinder the diagnostic process, as patients may not feel comfortable sharing important information about their health. As a result, it is crucial for medical professionals, especially students, but also new doctors and nurse practitioners to learn how to talk to patients in a clear, empathic, respectful and ultimately productive manner.

One solution to this problem is the integration of artificial intelligence (AI) technology as a colleague and tutor for medical professionals. AI can provide simulated patient interactions for students to practice and improve their communication skills in a safe environment. AI can also provide real-time feedback and suggestions on how to improve communication with patients, helping the medical professional become more confident and effective in their interactions. In addition, AI can serve as a resource for medical professionals to access information on different communication strategies, cultural nuances, and techniques for building rapport with patients. AI can provide personalized guidance based on the individual needs and preferences of each healthcare provider, helping them to tailor their communication style to better meet the needs of their patients. This personalized approach can lead to more positive patient experiences and ultimately, better health outcomes. Furthermore, AI can assist medical professionals in gathering important information about their patients, such as their medical history, treatment preferences, and communication preferences. This information can help medical professionals build stronger relationships with their patients, as they can better understand and address their individual needs and concerns. By using AI technology, medical professionals can enhance their ability to provide patient-centered care and improve overall patient satisfaction.

Using the Mind Genomics Platform as Access Point to AI

The Mind Genomics platform, with its access to ChatGPT 3.5, is designed to help the medical professional communicate effectively with patients, as will be shown in this paper and the companion paper. With the Idea Coach feature of the Mind Genomics platform, BimiLeap. com, the user can request AI to provide different ways to ask patients about how they are feeling, what concerns them, and so forth. The AI returns with language designed to elicit the necessary information from the patient. The exercise helps the medical professional practice their communication skills in a safe and controlled environment. The happy outcome is that the medical professional ends up learning the nature of insightful and empathic questions, the language which shows compassion, and builds rapport with patients.

The topic of this paper is the interaction with the patient regarding COVID-19 (henceforth abbreviated as COVID). The Idea Coach feature provides a variety of alternative questions, explaining the subtleties of the question where relevant. With the Idea Coach feature, the medial professional can input the specific questions they need help with, and the Idea Coach can provide feedback on the wording, tone, and overall effectiveness of their questions. This personalized coaching can help to refine the medical professional’s communication style and help them learn how to ask relevant and sensitive questions about a complex topic like COVID. For example, the Idea Coach could suggest ways to frame questions about COVID symptoms, exposure history, and vaccination status in a clear and non-judgmental manner. It could also provide guidance on how to address patient concerns and convey important information about the virus and preventive measures. Through repeated practice and feedback from AI. With direct, easy to understand feedback, the medical professional would soon become more confident and skilled in communicating effectively with patients about COVID and other health-related topics.

A Worked Example: How AI can Show Ways for the Doctor to Talk to the Patient.

Table 1 presents the instructions to AI (Idea Coach in BimiLeap. com). The instructions or prompts are written in simple English (the program can work in other languages as well). The instructions are straightforward, simple and direct. At the same time, they convey very little information. All that is known is the topic (COVID), the identity of the respondent (woman, age 25-35), and some simple requests about format (questions 15 words or fewer, simple language). The simplicity of writing the prompt to the AI removes the factor of expertise as a necessity. Anyone can write these simple instructions.

Table 1 first shows the “key idea” and then the question corresponding to that key idea. The question itself is shown in italics. The question itself (in italics) was generated immediately upon request in a so-called iteration. The user typed in the request at the top of Table 1, submitted the requests by selecting the proper “box” on the screen, and the 14 questions emerged immediately. This iteration could be repeated if desired. After the iterations were completed, and the BimiLeap.com program shut down by the user, the underlying program reviewed the results of each iteration through “critical thinking”.The first part of the critical thinking was to state the “key idea” of each question. That “key idea” is presented BEFORE the actual question.

Table 1: Instructions to the AI requesting how the doctor should talk to the patient (top), and the critical thinking and related specific questions emerging from AI (bottom).

During the “critical thinking” period, where AI analyzes its own work “off-line,” AI often comes up with additional questions that were not presented to the user at the time the iteration was occurring, viz., when the user was interacting with BimiLeap. Table 2 shows 12 additional questions suggested by AI that became available when the results of AI’s off-line analyses were completed. The user receives this additional information in the form of an Excel workbook, called the Idea Book.

Table 2: Twelve additional, relevant questions to ask the patient. These questions were generated as part of the AI’s critical thinking analysis of its own work.

Critical Thinking by AI Regarding the 15 Questions

Critical thinking by the Idea Coach feature in BimiLeap is designed to provide deeper insights of a practical nature for the user, insights which teach. Critical thinking begins with the identification of themes and perspectives within the set of questions that the AI had generated. The critical thinking is “built-in.” That is, for every iteration, the critical thinking questions and analyses are done automatically. Thus, for this study, the user actually did eight iterations. We are looking at one iteration. The critical thinking analysis done off- line was done separately for each of the eight iterations, providing a useful compendium of material from which to understand the nature of questions that one could ask. The objective of repeating the critical thinking for each iteration was to create a resource for the medical professional. Table 3 shows the 12 themes and perspectives emerging from the questions. Table 3 goes a bit deeper into the theme, considering different questions that one might ask.

Table 3: Twelve themes and perspectives identified by AI.

AI Suggests Three Audiences: Those Who Accept, Those Who Oppose, and Those Who Think Differently

By hearing different points of view on COVID, medical professionals can learn how each patient reacts and adjust their communication methods accordingly. This helps them handle tough talks and give each patient individualized care. By staying informed about evolving beliefs and attitudes, healthcare providers can identify trends, misconceptions, and misinformation, build trust with patients, and ensure accurate information sharing. Also, seeing things from different points of view prepares the medical professional for possible relationship problems, like language or cultural hurdles. By consistently engaging with diverse viewpoints, medical professionals enhance their ability to dispel myths, address misconceptions, and provide accurate information which resonates with diverse patient experiences.

Table 4 presents possible responses by three populations to the issues surrounding COVID. These populations are those who are interested, those who oppose, and those who “think differently,” because the “facts” that they believe to be true are not true according to orthodox medical belief.

Table 4: Responses of three likely audiences; Interested, Opposing, and Alternative Viewpoints.

Innovations

The feature of critical thinking generated by AI in the Mind Genomics platform are suggested innovations. The AI can only go so far, and the innovations may already be in place. Yet, simply having AI suggest these ideas, and then using AI to expand the interest creates a framework where AI becomes a true collaborator. In this spirit, Table 5 presents 12 innovations as AI conceptualizes them at the early stages [1-15].

Table 5: Twelve innovations suggested by AI for the patients and medical professionals dealing with COVID.

Discussion and Conclusions

Using AI as a coworker and teacher for medical workers is important for improving soft skills like knowing how people with COVID think. AI can model conversations with patients to help workers learn how to understand and talk to patients in tough situations. One of the best things about using AI in medical education is that it can figure out the different ways that people may talk to medical professionals when they need help. AI can help the professional understand and adapt to the different needs and communication styles of patients by giving them specific advice and feedback in real time.

Medical workers can learn how to have tough talks and get along with patients by simulating real-life contacts with patients using AI technology. This can help build trust and make patients happier, which can lead to better results in the long run. Moreover, AI can give doctors information about how patients behave and what they like, which lets them adjust how they talk to each patient to best meet their needs. This personalized method can help people talk to each other better and help patients do better. Finally, AI can help doctors learnmore about the mental and emotional parts of patient care, in addition to making it easier for them to talk to each other.

As a whole, incorporating AI into medical education gives students a one-of-a-kind chance to improve their soft skills and talk to patients more clearly. At the same time, with AI technology, medical workers of all types can learn to understand, connect with, and give patient-centered care which meets each patient’s unique needs.

Acknowledgment

The authors gratefully acknowledge the ongoing support and encouragement of Dr. Rizwan Hamid of the Global Healthcare Management Forum in Brooklyn. Dr. Hamid is a continuing source of encouragement for young medical professionals to create a more patient-focused, knowledge-driven healthcare system.

The authors are grateful to Vanessa A. and Angela A. for their ongoing help in preparing these and other manuscripts for publication.

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