Supporting Virtual Dermatology Consultation in the Setting of COVID-19

Environmental Impact and Sustainability Associated with the Practice of Dermatology

Objective

The environmental impact of the practice of medicine, including dermatology, can be significant, driven by a growing and aging population that increasingly demands medical resources. This review explores the environmental effects of the practice of dermatology and identifies actionable solutions to reduce negative environmental impacts.

Methods

A PubMed search was conducted using the terms ("environmental impact" OR "sustainability") AND "dermatology." Results were screened to include English-only articles between 2018 to 2024 and excluded duplicates. Further exploration of dermatology's environmental effects was enhanced through citation tracking and additional PubMed searches.

Results

A total of 25 articles were included based on relevance and search terms and an additional 21 were added. Results were categorized into six categories for data representation. Patient travel was the largest contributor to negatively impact the environment, followed by waste management practices, journal publication and written patient material, and traveling to medical conferences. The environmental impact of pharmaceuticals, including topicals, is also notable. Potential sustainable alternatives include teledermatology, more appropriate waste production and segregation, and electronic versus printed formats and more virtual conferences. Additionally, dermatologic disease evolves in response to a changing environment, with new data indicating epidemiological shifts due to climate change. More sustainable practices within dermatology also have the potential to cut total overhead expenses.

Conclusion

Clinical and surgical subspecialties, specifically dermatology, can contribute significantly to environmental pollution, leading to environmental and financial impacts, but implementing simple, documented methods can reduce their ecological footprint and provide potential financial benefits.

Patient and Clinician Satisfaction in Teledermatology: Key Factors for Successful Implementation

Purpose of review

Teledermatology has emerged as a promising solution for remote dermatologic care, especially during COVID-19 pandemic. It improves access to care through information and communication technologies. This paper explores patient and clinician satisfaction in teledermatology.

Recent findings

Patient satisfaction encompasses various aspects, including future willingness, the quality of care, technical quality, and access to care. Clinician satisfaction is influenced by quality of care, implementation, technical aspects, clinician-patient rapport, and financial considerations. It is important to evaluate patient and clinician satisfaction in different teledermatology models, including store-and-forward, live interactive, and hybrid interactive approaches.

Summary

By evaluating satisfaction within different teledermatology models and addressing the factors that impact satisfaction, teledermatology can ensure high-quality care and promote positive outcomes. With proper implementation and ongoing evaluation, teledermatology has the potential to become a widely accepted and valuable component of dermatologic care, offering enhanced access to specialized services.

Telemedicine in cancer care during COVID-19 pandemic: a systematic mapping study

Background

For monitoring, providing, and managing COVID-19 pandemic healthcare services, telemedicine holds incredible potential. During this period, there has been a change in the remote services offered to cancer patients. As a result, the purpose of this study was to conduct a mapping review to identify and classify telemedicine applications for providing cancer care to patients during the COVID-19 pandemic.

Methods

Articles published in scientific databases such as Web of Science, Scopus, PubMed, and ProQuest up to 2022 were searched for in this systematic mapping study. Identifying keywords, creating a search strategy, and selecting data sources were all part of our search for relevant articles. The articles were chosen in phases based on inclusion and exclusion criteria.

Results

A total of 1331 articles were found, with the majority of them (46% of them) taking place in the United States. Telemedicine systems were most commonly developed for breast cancer (11.4%), lung cancer (7.9%), head and neck cancer (6.4%), brain cancer (5.4%), gynecologic cancer (6.0%), urological cancer (5.7%), prostate cancer (5.0%), colorectal cancer (5.0%), biliary tract cancer (5.0%), and skin cancer (5.0%). Teleconsultation was the most common type of telemedicine application, with 60% of it taking place in real time.

Conclusion

Because of its emphasis on providing high-quality health care while reducing costs, telemedicine has gained popularity in the majority of countries, with positive economic and social consequences. While telemedicine systems provide a variety of healthcare services, during the COVID-19 era, they do not currently provide many services to all cancer patients worldwide.

Supplementary Information

The online version contains supplementary material available at 10.1007/s12553-023-00762-2.

Virtual integration of patient education in radiotherapy (VIPER)

•

Videoconferencing allows for face-to-face interactions and visual aids for patient education.

•

Patients were highly satisfied with videoconferencing for virtual patient education.

•

Radiation Therapists reported videoconferencing and in-person patient education were comparable.

Purpose

Pre-radiotherapy patient education led by Radiation Therapists (RTT) has been shown to improve patients’ distress and overall experiences. In an effort to offer a remote delivery method while allowing for visual learning and face-to-face communication, this pilot project evaluated the feasibility and acceptability of using virtual videoconferencing for patient education.

Methods

This prospective pilot study integrated virtual patient education into standard care. This workflow consisted of a one-on-one, 45-minute tele-education session with an RTT on the day prior to CT-simulation. For this study, patients were offered the option to complete the session using web-based videoconferencing if they had the capability for it. Feasibility was evaluated as the proportion of patients who agreed to and completed virtual education. To evaluate acceptability, patients and RTTs were then emailed post-intervention surveys evaluating their satisfaction with virtual patient education.

Results

Over three months 106 of 139 patients (76%) approached consented to virtual education. The median (range) age was 65 (27–93), 69% were male and most had genitourinary (38%) or head-and-neck (29%) cancers. Ninety patients (85%) completed virtual education as planned, with incompletions due to scheduling (8) or patient technical issues (7), or treatment cancellation (1). Sixty-eight patients completed surveys, with the vast majority agreeing virtual education was clear (94%) and helped them prepare (100%), they were comfortable with the technology (96%) and they were satisfied overall (99%). Twelve RTTs responded, suggesting overall that virtual education was higher quality though less feasible than tele-education, and comparable to in-person education.

Conclusion

Offering individual, RTT-led virtual education using videoconferencing to patients pre-radiotherapy was feasible and acceptable in this pilot study, and is therefore being recommended as an option for all our patients. Future work will directly compare the effectiveness of in-person versus virtual education, and incorporate individual patient needs and preferences.

Secure Messaging and COVID-19: A Content Analysis of Patient-Clinician Communication During the Pandemic

Background: Coronavirus disease 2019 (COVID-19) immediately impacted patient-clinician communication, particularly in the oncology setting. Relatedly, secure messaging (SM) usage greatly increased, yet it is unknown what was discussed and whether the technology was utilized to disseminate information. Aims: This study aimed at identifying the most frequently discussed topics using SM as well as at understanding how the communication process transpired during the early stages of the pandemic. Materials and Methods: A mixed-methods design was utilized, consisting of a content analysis of more than 4,200 secure messages, aggregated into 1,454 patient-clinician discussions. Data were collected from February 2020 to May 2020. Discussions were from various oncology departments and included physicians, physician assistants, and nurses. Based on the identified categories, a thematic analysis was conducted to understand the nuances occurring within discussions. Results: Out of the 1,454 discussions, 26% (n = 373) related to COVID-19. Of the COVID-19 discussion, the most frequently coded category was "changes, adjustments, and re-arranging care" (65%, n = 241), followed by "risk for COVID-19" (24%, n = 90), "precautions inside the hospital" (18%, n = 66), and "precautions outside the hospital" (14%, n = 52). Natural language processing techniques were used to confirm the validity of the results. Thematic analysis revealed that patients were proactive in rescheduling appointments, expressed anxiety about being immunocompromised, and clinicians were uncertain about providing recommendations related to COVID-19. Conclusions: The COVID-19 outbreak revealed the need for responsive and effective public health communication. The SM can disseminate information from trusted sources, clinicians, but can be better utilized to deliver tailored information for specific patient populations.

Store-and-Forward Images in Teledermatology: Narrative Literature Review

Background

Store-and-forward (SAF) teledermatology uses electronically stored information, including patient photographs and demographic information, for clinical decision-making asynchronous to the patient encounter. The integration of SAF teledermatology into clinical practice has been increasing in recent years, especially during the COVID-19 pandemic. Despite this growth, data regarding the outcomes of SAF teledermatology are limited. A key distinction among current literature involves comparing the quality and utility of images obtained by patients and trained clinicians, as these metrics may vary by the clinical expertise of the photographer.

Objective

This narrative literature review aimed to characterize the outcomes of SAF teledermatology through the lens of patient- versus clinician-initiated photography and highlight important future directions for and challenges of the field.

Methods

A literature search of peer-reviewed research was performed between February and April 2021. Key search terms included patient-initiated, patient-submitted, clinician-initiated, clinician-submitted, store-and-forward, asynchronous, remote, image, photograph, and teledermatology. Only studies published after 2001 in English were included. In total, 47 studies were identified from the PubMed electronic database and Google Scholar after omitting duplicate articles.

Results

Image quality and diagnostic concordance are generally lower and more variable with patient-submitted images, which may impact their decision-making utility. SAF teledermatology can improve the efficiency of and access to care when photographs are taken by either clinicians or patients. The clinical outcomes of clinician-submitted images are comparable to those of in-person visits in the few studies that have investigated these outcomes. Coinciding with the onset of the COVID-19 pandemic, asynchronous teledermatology helped minimize unnecessary in-person visits in the outpatient setting, as many uncomplicated conditions could be adequately managed remotely via images captured by patients and referring clinicians. For the inpatient setting, SAF teledermatology minimized unnecessary contact during dermatology consultations, although current studies are limited by the heterogeneity of their outcomes.

Conclusions

In general, photographs taken by trained clinicians are higher quality and have better and more relevant diagnostic and clinical outcomes. SAF teledermatology helped clinicians avoid unnecessary physical contact with patients in the outpatient and inpatient settings during the COVID-19 pandemic. Asynchronous teledermatology will likely play a greater role in the future as SAF images become integrated into synchronous teledermatology workflows. However, the obstacles summarized in this review should be addressed before its widespread implementation into clinical practice.

Pilot Survey of Adoption of Telemedicine in Mohs Surgery During the COVID-19 Pandemic

BACKGROUND

The Covid-19 Pandemic prompted the widespread implementation of telemedicine across healthcare.

OBJECTIVE

To analyze telemedicine adoption by Mohs Micrographic surgeons (MMS) during the COVID-19 pandemic; to analyze the attitudes and perceived barriers to its long-term continuation by MMS practices.

METHODS AND MATERIALS

An online multiple-choice survey was distributed to members of the American College of Mohs Surgeons.

RESULTS

86.1% of surveyed Mohs surgeons initiated telemedicine during the pandemic surge. The most common uses for telemedicine amongst respondents were post-surgery management (77.4%), "spot checks" (60.9%), and surgical consultations (59.1%). 73.1% report patients were receptive to telemedicine. 68.6% believe that telemedicine has a place in dermatologic surgery; 49.5% plan to incorporate telemedicine into their surgical practices long-term. Physical exam limitations, fitting telemedicine into practice workflow, and patient reception/patient training were viewed as the most significant barriers to long-term implementation.

CONCLUSIONS

While valuable use cases for telemedicine were identified with most Mohs surgeon respondents feeling that telemedicine has a place in their practices, there is uncertainty in how to implement telemedicine into the dermatologic surgery practice workflow.