AMA Journal of Ethics. August 2016, Volume 18, Number 8: 817-825.
State of the Art and Science
Pathology Image-Sharing on Social Media: Recommendations for Protecting Privacy While Motivating Education
The authors discuss medical ethics in the context of social media and argue that the benefits of posting de-identified pathology images outweigh the risks.
Genevieve M. Crane, MD, PhD, and Jerad M. Gardner, MD
The interest in using social media platforms such as Twitter, Facebook, and Instagram among pathologists and other members of the medical profession is increasing dramatically, and the full potential of this medium in medicine is still evolving [1-4]. For example, Twitter has been used to disseminate and discuss findings from society meetings, as strikingly demonstrated by the 2016 United States and Canadian Academy for Pathology (USCAP) meeting in Seattle, which generated over 19,000 tweets and over 28 million impressions [5, 6]. Pathology discussions on social media also concern updates on diagnostic criteria, such as the recent changes in thyroid cancer classification [7, 8]; World Health Organization (WHO) monographs ; regulatory frustrations; and research findings. There are numerous subspecialty interest groups, including a nephrology journal club with over 3,000 followers on Twitter  and a variety of pathology discussion groups on Facebook (e.g., dermatopathology and bone and soft tissue pathology, which had over 21,000 and 18,000 members, respectively, in April 2016 ). These uses have been a powerful force for establishing collaborations and spreading educational updates. What generates some ethical controversy, however, is sharing pathology images .
Sharing images on social media has become an increasingly popular way for pathologists to interact not only with each other but also with clinicians in many fields, students, patients, and even the general public. For example, comments posted by pathologists on social media related to cancer diagnosis and treatment, emerging viruses such as Zika, and brain pathology with traumatic injury as featured in the film Concussion are all easily accessible to the public through Google and other Internet search engines [13, 14]. Social media’s ability to reach a wide audience has tremendous power , but it has also given rise to fears about potential privacy violations. In our experience, this fear is most pronounced among nonusers of social media who are usually less familiar with how these platforms are used.
In this article, we aim to respond to these fears by discussing potential risks and benefits of social media use vis-a-vis traditional publishing in pathology and by suggesting guidelines to help protect patient privacy. Importantly, the posting of de-identified pathology images on social media does not violate the Health Insurance Portability and Accountability Act of 1996 (HIPAA) . Social media posts are, in fact, not materially different from traditional medical journal case report publications, so the same ethical standards should apply to each.
Social Media Supplants the Case Report?
Pathologists assume a natural role as teachers within medicine. Correlating the clinical situation with pathology findings at the gross, cellular, and molecular levels is key to improving our understanding of disease mechanisms. Pathologists’ teaching roles are seen at tumor boards, medicine-autopsy conferences, and directly at the microscope with visiting clinical teams. Although pathologists have traditionally attempted to share key findings with a broader audience through peer-reviewed case reports, fewer journals are finding these of sufficient impact for publication because the time to publication is often long, and the ability to interact with others can be limited. Social media offers instantaneous sharing of information with more possibilities for interaction among audience members. Table 1 compares some of the potential advantages and disadvantages of publishing images in traditional journal-based case reports versus social media platforms.
Social media platforms like Twitter and Facebook circumvent some of the limitations of journal-based case reports, enabling pathologists to share—widely and immediately—not only rare or novel findings but also educational “pearls,” unexplained phenomena, or even just beautiful or playful images.
Although image-sharing on social media has an advantage of immediacy and accessibility, one common criticism is that content on social media is not peer reviewed. It is true that posts are not peer reviewed the way most medical journals’ content is, wherein an editor assigns a manuscript to two or three expert reviewers who then provide anonymous comments about a manuscript and offer recommendations for or against its publication. Yet, in a sense, peer review does actually occur on social media in the form of a “crowdsourced” ongoing public discussion, which can include as many other members of the social network—possibly even qualified professional peers—as wish to comment on an image or debate a case. Rather than merely passing peer review once, as occurs with many journal-based publications, posts on social media must withstand ongoing, instantaneous, real-time commentary, critique, or review by anyone interested in participating.
Image-Sharing in Journal-Based and Social Media Publishing: Same Privacy Protections
Although the accessibility of social media has raised questions about whether more stringent privacy standards should be implemented and enforced, it is easy to forget that journal-based reports are also publicly available, even if access is fee- or library-based. Both publication venues are governed by HIPAA, and protected health information (PHI) such as name, date of birth, age older than 89 years, geographic division smaller than a state, and record number should never be included in the text or images .
However, some types of information not protected under HIPAA could lead to inadvertent identification of an individual, such as specific details about circumstance or disease type (see table 2). We suggest that sufficient alteration of patient details, although not typically used or required in journal-based case reports, be made when posting images or case descriptions via social media. Examples include rounding a patient’s age to the nearest decade, modifying anatomic site, or altering clinical history to retain relevance yet obscure specific details that might facilitate recognition of a patient. None of these alterations are legally required, but, from an ethics perspective, they could help allay anxiety about potential privacy violations while preserving educational value. In addition, the 140-character limit on Twitter further restricts the amount of text material that can be presented compared to a journal-based case report, which often includes lengthy, detailed (even if de-identified) clinical information.
Case reports and small case series do not meet criteria for research under the Code of Federal Regulations, title 45, part 46, “Protection of Human Subjects,” and thus do not require institutional review board approval . Pathology social media posts are clearly similar and do not by themselves qualify as research. Nonetheless, organizational policies regarding publication of cases vary widely and can be more restrictive than either the law or ethical principles require. Some journals, for example, require patient consent for publication of case reports and patient images, even if they are de-identified. It should be stressed that this is a policy implemented by individual journals; it is not a requirement of HIPAA. Adoption of this kind of consent policy would not be easy to implement in pathology practice, since direct access to patients is limited. Additionally, it could severely restrict pathology education while providing essentially no benefit for patients’ safety. Based on personal experience with publishing and examination of the medical literature, the authors posit that the vast majority of pathology educational images currently available in textbooks, websites, lectures, and case reports, for example, have been published without obtaining consent from patients. This is a widely accepted long-standing practice in pathology, and, provided that privacy is protected, the authors find no major ethical problems with this practice. Indeed, were policies to be implemented to require patient consent retroactively, many pathology education resources would vanish. We argue that the benefits of sharing de-identified pathology images without patient consent greatly outweigh the risks.
It should be noted that organizations and academic institutions might have their own policies or guidelines for posting cases to social media outlets. Unless a user wishes to face disciplinary action from an employer, social media posts should adhere to organizational policies even if they are perceived as Luddite or draconian.
Addressing Privacy Concerns for Specific Types of Images
Skin conditions. Skin diseases can alter appearance or create disfigurement in a visible way that can result in patients’ feeling socially isolated or rejected. Sharing images of skin disease can thus be more controversial; enhanced caution and sensitivity should be used. That said, sharing these images via social media can present opportunities to educate the public on the nature of these diseases, help improve understanding, and possibly decrease stigma. Melanoma and other skin cancers are often easily visible to the naked eye; sharing images of these cancers could raise awareness of the importance of self-examination, potentially resulting in earlier diagnosis and better outcomes for some patients. However, images of skin could lead to easier identification of a patient than could gross images of internal organs or microscopic images. One elegant example of this added level of caution is Josette McMichael, a dermatologist and adjunct professor at Emory University who has a special interest in global dermatology and who posts on Twitter and Instagram . Her posts are educational and help raise public awareness about serious medical and social issues abroad, as they show how advanced dermatologic diseases can affect patients in developing countries with limited access to medical care. She shares clinical and pathology images from a variety of sources around the world, including many from countries where cultural or religious views about modesty can generate increased sensitivity about images of patient skin. McMichael has no legal HIPAA obligation to these patients, yet she still takes great caution in carefully maintaining not only patient privacy (e.g., using cropped images to remove background scenery, intentionally altering patient history and country of origin) but also respect for these overarching cultural and religious views. Compassion, common sense, and great respect for human rights are excellent antidotes to concerns over patient privacy.
Facial images. Posting identifiable facial images should not be done without proper consent from patients ; most institutions have standard informed consent forms , which could be adapted for images shared on social media. Particularly striking from both the standpoint of the disease process and the boundaries of patient privacy is an image from the New England Journal of Medicine of a man with diffuse melanosis cutis holding his driver’s license up to his face for comparison . Further highlighting how connected social media and print-based journals are in terms of patient privacy, this image was frequently re-posted on Twitter with acknowledgement to the source.
It is important to remember that although one may delete a post or tweet, there is no guarantee that an image has not already been saved or downloaded by other users who could then share it again at any time. Images to be shared on social media may be watermarked with the name or username of the copyright holder to help ensure that the owner of the image is recognized even if the image becomes detached from the original post in this way. However, from a privacy perspective, a useful mantra to live by online is this: once an image has been released, it is public forever.
There is no significant difference in physicians’ obligations regarding patient privacy when pathology images are shared on social media or published in medical journal case reports. Along with following institutional guidelines, pathologists who share images on social media outlets should take due care to protect patients’ privacy by using suggested guidelines, common sense, and the principle of primum non nocere (“first, do no harm”). With responsible use of social media, the minimal risk to patients is adequately mitigated, and thoughtful efforts have potential not only to increase public understanding of pathologists’ roles in diagnosis and patient care but also to advance education among pathologists and other clinicians.
Genevieve M. Crane, MD, PhD, is pursuing her research interests in stem cell biology in the Division of Hematopathology at the University of Texas Southwestern Medical Center in Dallas. Genevieve also serves as a United States and Canadian Academy of Pathology ambassador and as section editor for social media at the Archives of Pathology & Laboratory Medicine. She received her MD and PhD degrees from the University of Michigan and pursued additional postdoctoral work at MIT before completing residency and fellowship training in anatomic pathology and hematopathology at Johns Hopkins Hospital.
Jerad M. Gardner, MD, is an assistant professor of pathology and dermatology at the University of Arkansas for Medical Sciences in Little Rock, Arkansas. He is also the chair and founding member of social media subcommittees for both the United States and Canadian Academy of Pathology and the American Society of Dermatopathology and is a deputy editor-in-chief of the Archives of Pathology & Laboratory Medicine, where he oversees social media strategy for the journal. Dr. Gardner obtained his MD from Tulane University, completed residency in anatomic and clinical pathology at Houston Methodist Hospital, and completed fellowships in bone/soft tissue pathology and dermatopathology at Emory University.
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The viewpoints expressed in this article are those of the author(s) and do not necessarily reflect the views and policies of the AMA.
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