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I am a board-certified internist and dermatologist with special expertise in skin cancer — especially melanoma. Much of my clinical career has focused on the early detection and management of melanoma in high-risk individuals. To improve the early detection of melanoma, I have pioneered the use of whole-body photography to assist in the detection of changing moles in patients with dysplastic nevi (large, irregular colored or shaped moles). We have established a fully computerized digital imaging system at Memorial Sloan Kettering to monitor moles in patients who have dysplastic nevi or a personal history of melanoma. The program creates a baseline digital photographic record of the patient’s moles. When the patient returns for follow-up appointments, new and changing moles can be identified, enabling subtle melanomas to be recognized at a stage when they are easily cured. The system also reduces the need to excise stable moles and moles erroneously perceived by the patient to have changed.
My research efforts are focused on epidemiologic (population-based) studies of risk factors for developing melanoma and strategies for the prevention and early detection of this disease. Part of this research is an ongoing study of the genetic and environmental factors that influence the development of moles in children and adolescents. Another exciting area of research involves the development of novel optical imaging techniques for the non-invasive diagnosis and management of skin cancer. These techniques include the use of automated computerized image analysis and non-invasive subsurface microscopy. These technologies are currently being developed in a research setting and are not yet available for clinical care.
My research efforts are focused on epidemiologic (population-based) studies of risk factors for developing melanoma and strategies for the prevention and early detection of this disease. Part of this research is an ongoing study of the genetic and environmental factors that influence the development of moles in children and adolescents. Another exciting area of research involves the development of novel optical imaging techniques for the non-invasive diagnosis and management of skin cancer. These techniques include the use of automated computerized image analysis and non-invasive subsurface microscopy. These technologies are currently being developed in a research setting and are not yet available for clinical care.
研究兴趣
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Scientific datano. 1 (2024): 641-641
CLINICAL AND EXPERIMENTAL DERMATOLOGYno. 4 (2024): 408-409
JOURNAL OF INVESTIGATIVE DERMATOLOGYno. 2 (2024): 201-203
Alon Scope,Konstantinos Liopyris,Jochen Weber,Raymond L. Barnhill,Ralph P. Braun,Clara N. Curiel‐Lewandrowski,David E. Elder,Gerardo Ferrara,Jane M. Grant‐Kels, Thiago Jeunon,Aimilios Lallas, Jennifer Y. Lin,
Journal of the European Academy of Dermatology and Venereology (2024)
Trina Salvador,Lilly Gu,Jennifer L Hay,Nicholas R Kurtansky, Ruth Masterson-Creber,Allan C Halpern,Veronica Rotemberg
JAMA dermatologyno. 4 (2024): 470-472
Alon Scope,Konstantinos Liopyris,Jochen Weber,Raymond L Barnhill,Ralph P Braun,Clara N Curiel-Lewandrowski,David E Elder,Gerardo Ferrara,Jane M Grant-Kels, Thiago Jeunon,Aimilios Lallas, Jennifer Y Lin,
Journal of the European Academy of Dermatology and Venereology : JEADV (2024)
Erik P. Duhaime,Mike Jin, Taylor Moulton,Jochen Weber,Nicholas Kurtansky,Allan Halpern,Veronica Rotemberg
ISBIpp.1-5, (2023)
JAAD international (2023): 121-123
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