Research Letter
doi:10.2196/47115
Keywords
Teledermatology is an emerging modality of care delivery. To broadly understand the role of teledermatology in the US correctional system, we conducted a narrative review using PubMed, Scopus, Embase, and gray literature. We identified 5 studies (
) analyzing over 1261 teledermatology encounters within correctional settings in the United States (summary characteristics are in ; the search strategy used is in ).The first published study on the use of teledermatology for incarcerated populations was in 1996 from East Carolina University in Greenville, North Carolina [
]. Since then, several single-center observational and cohort studies have reported the implementation of teledermatology across several localities, including Utah and Connecticut [ - ]. All studies have indicated the partnership between the dermatology providers and the state prison system. The Federal Bureau of Prisons (BOP) also established a teledermatology program in 2012 covering over 50 institutions. The collaboration between dermatologists and a government agency is critical and unique for teledermatology in correctional settings [ ].Teledermatology has proven to improve access to care and efficiently diagnose a broad spectrum of skin disorders, particularly inflammatory conditions, and skin infections. Common diagnoses reported included cutaneous infection [
], acne (9%-14.9%) [ - ], eczema (9.3%-18%) [ - ], psoriasis (28.1%) [ - ], and prurigo nodularis or lichen simplex chronicus (10%) [ ]. One study showed that 86.3% of cases could be managed via teledermatology alone, with 86% of patients prescribed new topical therapeutics and 57.9% receiving systemic therapies, including biologics [ ]. Medical management via teledermatology was confirmed to be successful and continued to serve patients well according to medical records [ ]. When compared with face-to-face visit cohorts, teledermatology cohorts involved more medication recommendations (84.8% vs 48.4%; P<.001) and fewer procedures and referrals (P<.001), likely resulting from appropriate triage by a prison primary care physician [ ].Different teledermatology modalities have been adopted. Live videoconference is the most commonly implemented modality via various videoconference platforms, including Picture Tel, Skype, Zoom, etc. Store-and-forward has also been used alone or in combination with live video teledermatology (
). Due to a lack of private internet access for inmates, all teledermatology encounters were conducted via institution health care staff, the provider-to-provider module. Teledermatology and face-to-face encounters can be transitioned both ways. Patients who need procedures or biopsies for diagnosis often require face-to-face visits but may transfer back to teledermatology for continuous care after surgery or a definite diagnosis [ , ].In addition to improved access, teledermatology in one program decreased wait time with an average turnover time of 1-2 weeks compared with 4-12 weeks for an in-person consultation [
]. The economic benefits are significant. According to the BOP report, there is an average of US $895 in savings per teledermatology consult from administration costs, particularly regarding securing transportation [ ].Overall, patients who are incarcerated are an underserved population with limited access to specialty care. Teledermatology has increased access and shown capability in addressing wide-spectrum conditions with economic benefits. Future teledermatology initiatives in correctional settings may prioritize high-quality photographs with video, integrate teledermoscopy to aid in diagnosing, emphasize the continuity of care, and expand to more sites.
Study | Population/sample | Type of consultation | Results | Conclusion |
Norton et al [ | ], 1997189 teleconsultations | Live video (REACH-TV) |
| Remote visits yielded monetary and time savings compared to resources needed for face-to-face visits |
Phillips et al [ | ], 1996138 teleconsultations | Live video (Picture Tel 4000) |
| Provider confidence in diagnostic capabilities and ability to successfully manage patient care |
Clark et al [ | ], 2021779 encounters from 359 patients (335 teleconsultations, 444 face-to-face) | Live video vs face-to-face |
| Cost-effective for managing common skin conditions. Success with managing severe psoriasis and acne even when using systemic treatments and lab monitoring. |
Stoj and Lu [ | ], 202198 teleconsultations | Live video (Skype) and store-and-forward |
| Effective for diagnosing and managing acute and chronic dermatological conditions including those that require systemic treatment |
Federal Bureau of Prisons (website) [ | ], 2014Per 2014, 50+ institutions across the Bureau of Prisons, 501 consults in 2013 | Store-and-forward |
| Significant savings, reduction in wait times, continuity of care, and expanded reach to geographically inaccessible or rural areas |
Conflicts of Interest
None declared.
Search strategy.
DOCX File , 17 KBReferences
- Norton SA, Burdick AE, Phillips CM, Berman B. Teledermatology and underserved populations. Arch Dermatol 1997 Feb;133(2):197-200. [Medline]
- Phillips CM, Murphy R, Burke WA, Laing VB, Jones BE, Balch D, et al. Dermatology teleconsultations to Central Prison: experience at East Carolina University. Telemed J 1996;2(2):139-143. [CrossRef] [Medline]
- Clark JJ, Snyder AM, Sreekantaswamy SA, Petersen MJ, Lewis BK, Secrest AM, et al. Dermatologic care of incarcerated patients: a single-center descriptive study of teledermatology and face-to-face encounters. J Am Acad Dermatol 2021 Dec;85(6):1660-1662. [CrossRef] [Medline]
- Stoj V, Lu J. Comment on: "The growth of teledermatology: Expanding to reach the underserved". J Am Acad Dermatol 2021 Aug;85(2):e105-e106. [CrossRef] [Medline]
- Teledermatology program improves dermatologic care. Federal Bureau of Prisons. URL: https://www.bop.gov/resources/news/20140407_teledermatology.jsp [accessed 2023-05-02]
Abbreviations
BOP: Bureau of Prisons |
Edited by R Dellavalle; submitted 08.03.23; peer-reviewed by V Long, C Snoswell, Y Elsanousi; comments to author 30.04.23; revised version received 07.05.23; accepted 15.05.23; published 26.05.23
Copyright©Samir Kamat, Aneesh Agarwal, Timothy Klufas, Saahil Patel, Jun Lu. Originally published in JMIR Dermatology (http://derma.jmir.org), 26.05.2023.
This is an open-access article distributed under the terms of the Creative Commons Attribution License (https://creativecommons.org/licenses/by/4.0/), which permits unrestricted use, distribution, and reproduction in any medium, provided the original work, first published in JMIR Dermatology, is properly cited. The complete bibliographic information, a link to the original publication on http://derma.jmir.org, as well as this copyright and license information must be included.