Telehealth-guided home-based maggot debridement therapy for chronic complex wounds: Peri- and post-pandemic potential.

Patients with complex chronic lower extremity wounds require a great deal of interaction with outpatient and inpatient services. Paradoxically, these are the very patients that, because of their chronic comorbidities, are at greatest risk for COVID-related morbidity and mortality. Disinfected Phaenicia (Lucilia) sericata (Medical Maggots; Monarch Labs, Irvine, California) were applied in a standardised fashion by a home-health nurse with direct monitoring, guidance, and collaboration of the attending surgeon. A family member was able to change the outer dressing daily based on normal wound exudate. The inner maggot debridement therapy (MDT) dressing was changed at 2 days showing dramatic reduction in necrotic tissue, elimination of profound malodor, and no evidence of local or advancing infection. The entire initial telehealth-guided application took approximately 20 minutes. The first telehealth-guided MDT dressing change took 14 minutes. We used an artificial-intelligence-based algorithm to measure changes in wound characteristics. At day 0, 46% of the total surface area was covered in malodorous black, necrotic tissue. The first dressing change saw an elimination in assessed malodor with necrotic tissue constituting 14% of total surface area. The second dressing change at 5 days showed a greater than 99% reduction in necrotic tissue. This manuscript constitutes what we believe to be the first telehealth-guided MDT conducted during a resource-limited peri-pandemic period. We believe that MDT, which is an extension of efforts regularly performed in clinic and hospital, may have the potential to reduce resource usage while potentially improving care and quality of life for people with limb and life-threatening complications of diabetes and other chronic diseases.

Wearable sensor-based in-home assessment of gait, balance, and physical activity for discrimination of frailty status: baseline results of the Arizona frailty cohort study.

BACKGROUND: Frailty is a geriatric syndrome resulting from age-related cumulative decline across multiple physiologic systems, impaired homeostatic reserve, and reduced capacity to resist stress. Based on recent estimates, 10% of community-dwelling older individuals are frail and another 41.6% are prefrail. Frail elders account for the highest health care costs in industrialized nations. Impaired physical function is a major indicator of frailty, and functional performance tests are useful for the identification of frailty. Objective instrumented assessments of physical functioning that are feasible for home frailty screening have not been adequately developed. OBJECTIVE: To examine the ability of wearable sensor-based in-home assessment of gait, balance, and physical activity (PA) to discriminate between frailty levels (nonfrail, prefrail, and frail). METHODS: In an observational cross-sectional study, in-home visits were completed in 125 older adults (nonfrail: n=44, prefrail: n=60, frail: n=21) living in Tucson, Ariz., USA, between September 2012 and November 2013. Temporal-spatial gait parameters (speed, stride length, stride time, double support, and variability of stride velocity), postural balance (sway of hip, ankle, and center of mass), and PA (percentage of walking, standing, sitting, and lying; mean duration and variability of single walking, standing, sitting, and lying bouts) were measured in the participant's home using validated wearable sensor technology. Logistic regression was used to assess the most sensitive gait, balance, and PA variables for identifying prefrail participants (vs. nonfrail). Multinomial logistic regression was used to identify variables sensitive to discriminate between three frailty levels. RESULTS: Gait speed (area under the curve, AUC=0.802), hip sway (AUC=0.734), and steps/day (AUC=0.736) were the most sensitive parameters for the identification of prefrailty. Multinomial regression revealed that stride length (AUC=0.857) and double support (AUC=0.841) were the most sensitive gait parameters for discriminating between three frailty levels. Interestingly, walking bout duration variability was the most sensitive PA parameter for discriminating between three frailty levels (AUC=0.818). No balance parameter discriminated between three frailty levels. CONCLUSION: Our results indicate that unique parameters derived from objective assessment of gait, balance, and PA are sensitive for the identification of prefrailty and the classification of a subject's frailty level. The present findings highlight the potential of wearable sensor technology for in-home assessment of frailty status.

Development of an Enhanced Interprofessional Chief Resident Immersion Training (IP-CRIT) Program.

Using interprofessional faculty, the authors reviewed and enhanced the nationally renowned Chief Resident Immersion Training (CRIT) in the Care of Older Adults Program to include Triple Aim objectives and interprofessional competency-based content and developed the Interprofessional CRIT. Evaluations were positive and sustained. The authors educated chief residents about value-based care, linking them to key interprofessional staff to build team-based care. The authors addressed quality improvement issues identified by the Institute of Medicine and our health network. Chief residents are now better prepared to train medical students and residents using a team-based, patient-centered approach, and a culture of continual quality improvement toward improved care of older patients.

Initial Clinical Experience with a Simple, Home System for Early Detection and Monitoring of Diabetic Foot Ulcers: The Foot Selfie.

BACKGROUND: Diabetic foot ulcers (DFUs) are a leading cause of disability and morbidity. There is an unmet need for a simple, practical, home method to detect DFUs early and remotely monitor their healing. METHOD: We developed a simple, inexpensive, smartphone-based, "Foot Selfie" system that enables patients to photograph the plantar surface of their feet without assistance and transmit images to a remote server. In a pilot study, patients from a limb-salvage clinic were asked to image their feet daily for six months and to evaluate the system by questionnaire at five time points. Transmitted results were reviewed weekly. RESULTS: Fifteen patients (10 male) used the system after approximately 5 minutes of instruction. Participants uploaded images on a median of 76% of eligible study days. The system captured and transmitted diagnostic quality images of the entire plantar surface of both feet, permitting clinical-management decisions on a remote basis. We monitored 12 active wounds and 39 pre-ulcerative lesions (five wounds and 13 pre-ulcerative lesions at study outset); we observed healing of seven wounds and reversal of 20 pre-ulcerative lesions. Participants rated the system as useful, empowering, and preferable to their previous methods of foot screening. CONCLUSIONS: With minimal training, patients transmitted diagnostic-quality images from home on most days, allowing clinicians to review serial images. This system permits inexpensive home foot screening and monitoring of DFUs. Further studies are needed to determine whether it can reduce morbidity of DFUs and/or the associated cost of care. Artificial intelligence integration could improve scalability.

Smart Offloading Boot System for Remote Patient Monitoring: Toward Adherence Reinforcement and Proper Physical Activity Prescription for Diabetic Foot Ulcer Patients.

BACKGROUND: A critical factor in healing diabetic foot ulcers is patient adherence to offloading devices. We tested a smart offloading boot (SmartBoot) combined with a smartwatch app and cloud dashboard to remotely monitor patient adherence and activity. In addition, the impact of SmartBoot on balance, gait, and user experience was investigated. METHODS: Fourteen volunteers (31.6±8.7 years; 64% female) performed natural activities (eg, sitting, standing, walking) with and without the SmartBoot for approximately 30 minutes. All participants completed balance tests, 10-meter walking tests at slow, normal, and fast pace while wearing the SmartBoot, and a user experience questionnaire. The accuracy of real-time adherence reporting was assessed by comparing the SmartBoot and staff observation. Center of mass (COM) sway and step counts were measured using a validated wearable system. RESULTS: Average sensitivity, specificity, and accuracy for adherence and non-adherence were 90.6%, 88.0%, and 89.3%, respectively. The COM sway area was significantly smaller with the SmartBoot than without the SmartBoot regardless of test condition. Step count error was 4.4% for slow waking, 36.2% for normal walking, 16.0% for fast walking. Most participants agreed that the SmartBoot is easy to use, relatively comfortable, nonintrusive, and innovative. CONCLUSIONS: To our knowledge, this is the first smart offloading system that enables remote patient monitoring and real-time adherence and activity reporting. The SmartBoot enhanced balance performance, likely due to somatosensory feedback. Questionnaire results highlight SmartBoot's technical and clinical potential. Future studies warrant clinical validation of real-time non-adherence alerting to improve wound healing outcomes in people with diabetic foot ulcers.

Are health services research methods a match for CAM?

BACKGROUND: Many complementary and alternative medicine (CAM) researchers believe that a new set of research methods is needed to study CAM. Health services research (HSR) is listed as a new research goal in the National Center for Complementary and Alternative Medicine 2005-2009 strategic plan. Does HSR offer solutions to the research needs of CAM? This article presents an overview of HSR, a summary of the HSR studies that have been published in CAM, and discussions of what HSR might offer CAM and what studies of CAM might offer conventional HSR. DISCUSSION: Our literature search, which was performed at the University of Arizona, found 84 published CAM HSR studies. A comparison of the search results-mostly surveys of CAM users or providers and economic outcome studies-with the breadth of topics that may be studied using HSR, showed that research in this field has not reached its potential. More work, including studies of interactions between patient, provider, and the system as well as patient-centered outcomes studies, is needed. Several areas in which CAM could benefit from HSR were identified and discussed. These included studies supporting the integration of CAM and conventional medicine, insurance coverage for CAM therapies, the development practice guidelines, and studies of the effectiveness and cost-effectiveness of CAM therapies and whole medical systems. The study of CAM, especially studies focusing on patients' attraction to CAM, may also help expand the topics and methods of conventional HSR. SUMMARY: HSR methods may address many of CAM's methodological challenges and improve clinical, patient-centered, and economic outcomes across all systems of care-both conventional and CAM.

Homeopathy.

Homeopathy, using the tenet of "like cures like," is one of the most popular of the complementary medicines. In conventional medicine, however, little is known about this modality. This article describes the field of homeopathy and its principles and philosophy. It also summarizes the current state of evidence and offers an outlook on future research options.

Healthy aging rounds: using healthy-aging mentors to teach medical students about physical activity and social support assessment, interviewing, and prescription.

Medical students underestimate the health and functional status of community-dwelling older adults and have little experience in health promotion interviewing or prescribing physical activity. The goal was to provide third-year University of Arizona medical students with an opportunity to gain a broader and evidence-based understanding of healthy aging, with specific focus on physical activity and social engagement. Students engaged in one-on-one conversations with healthy older adult mentors and practiced assessment, interviewing and prescription counseling for physical activity and social support. This 2-hour mandatory interactive educational offering improved student attitudes and knowledge about healthy aging and provided hands-on health promotion counseling experience.