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The positive environmental impact of virtual isotretinoin management.

Justin LeeAhmed YousafSamantha JenkinsMohammed Tamim ZakiCecelia NapierOmar I Abdul-AzizZachary Zinn
Published in: Pediatric dermatology (2021)
Environmental impact studies in the field of dermatology remain limited. GHG emissions were significantly reduced by virtually managing isotretinoin at a single institution. The practice of dermatology could reduce its carbon footprint by managing isotretinoin virtually, even in non-pandemic periods. Given that isotretinoin management represents a small percentage of the overall carbon footprint associated with dermatology, dermatologists should identify other conditions amenable to virtual medicine to produce greater environmental impact.
Keyphrases
  • life cycle
  • sars cov
  • healthcare
  • coronavirus disease
  • primary care
  • quality improvement
  • climate change
  • heavy metals
  • municipal solid waste