RESUMEN
Objective: The Integrative Health and Wellness Clinic (IHWC), established in 2019 at the San Francisco VA Health Care System, is an interdisciplinary clinic consisting of a medical provider, dietician, physical therapist, and psychologist trained in complementary and integrative health (CIH) following the VA Whole Health model of care. Veterans with complex chronic conditions seeking CIH and nonpharmacologic approaches are referred to the IHWC. This study evaluated the clinic's acceptability and feasibility among veteran patients and its preliminary impact on health and wellbeing, health-related goals, and use of CIH approaches. Methods: Mixed methods were used to assess patient-reported outcomes and experiences with the IHWC. Participants completed surveys administered at baseline and 6-months and a subset completed a qualitative interview. Pre- and post-scores were compared using t-tests and chi-square tests. Results: Thirty-five veterans completed baseline and 6-month follow up surveys. Of these, 13% were women; 24% < 50 years of age, and 44% identified as racial/ethnic minorities. Compared to baseline, at 6 months, there were significant (P < .05) improvements in overall health, physical health, perceived stress, and perceived helpfulness of clinicians in assisting with goal attainment; there was a trend toward improved mental health (P = .057). Interviews (n = 25) indicated satisfaction with the interdisciplinary clinical model, support of IHWC providers in goal attainment, and positive impact on physical and mental health. Areas for improvement included logistics related to scheduling of multiple IHWC providers and referrals to other CIH services. Conclusion: Results revealed significant improvement in important clinical domains and satisfaction with interprofessional IHWC clinic providers, but also opportunities to improve clinic processes and care coordination. An interdisciplinary clinic focused on CIH and Whole Health is a feasible and acceptable model of care for veterans with complex chronic health conditions in the VA healthcare system.
RESUMEN
Background: Global initiatives to mitigate COVID-19 transmission have shifted health system priorities to management of patients with prolonged long COVID symptoms. To better meet the needs of patients, clinicians, and systems, a learning health system approach can use rapid-cycle methods to integrate data and real-world experience to iteratively evaluate and adapt models of long COVID care. Observations: Employees in the Veterans Health Administration formed a multidisciplinary workgroup. We sought to develop processes to learn more about this novel long COVID syndrome and innovative long COVID care models that can be applied within and outside of our health care system. We describe our workgroup processes and goals to create a mechanism for cross-facility communication, identify gaps in care and research, and cocreate knowledge on best practices for long COVID care delivery. Conclusions: The learning health system approach will be critical in reimagining health care service delivery after the COVID-19 pandemic.
RESUMEN
It is well-documented that when mercury levels surpass the permissible value, individuals experience a myriad of symptoms that include chronic fatigue, dizziness, and loss of appetite. Mercury is also known to be one of the most potent neurotoxins. This case study depicts a 91- year-old who presented with cognitive decline diagnosed as Alzheimer's disease. This patient was found to have severely elevated mercury levels caused by consuming high mercury containing fish. Following diet adjustment and detoxification, this patient's cognitive impairment significantly improved in proportion to the decline in methylmercury level. One year later, his cognition and functional status rapidly and unexpectedly declined. A computed tomography (CT) scan revealed multiple new lacunar subacute strokes. Thus, it is critical to address biological etiologies such as mercury toxicity in the elderly population diagnosed with Alzheimer's, but end organ damage may not be reversible.