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Articles 1 - 4 of 4
Full-Text Articles in Telemedicine
Geographic And Socioeconomic Predictors Of Early Follow-Up Loss In Patients Undergoing Pituitary Neuroendocrine Tumors (Pitnets) Resection: A Retrospective Review Of 1143 Cases, Daniel Quintana, Rithvik Ramesh, Robert C. Osorio, Wesley Shoap, Paul Mcmillan Villalobos, Philip V. Theodosopoulos, Sandeep Kunwar, Jose Gurrola, Ivan H. El Sayed, Manish K. Aghi, Ezequiel Goldschmidt
Geographic And Socioeconomic Predictors Of Early Follow-Up Loss In Patients Undergoing Pituitary Neuroendocrine Tumors (Pitnets) Resection: A Retrospective Review Of 1143 Cases, Daniel Quintana, Rithvik Ramesh, Robert C. Osorio, Wesley Shoap, Paul Mcmillan Villalobos, Philip V. Theodosopoulos, Sandeep Kunwar, Jose Gurrola, Ivan H. El Sayed, Manish K. Aghi, Ezequiel Goldschmidt
School of Medicine Faculty Publications
OBJECTIVE: Postoperative follow-up after PitNET resection is essential for monitoring tumor recurrence and endocrinological deficits. Despite advances in telehealth, loss to follow-up remains a persistent challenge across neurosurgical patients. This study aims to identify factors to identify patients are at higher risk of being lost to follow-up after surgery. METHODS: A retrospective analysis was conducted on 1,143 adult patients who underwent PitNET resection between 2012 and 2019 at a single institution. Clinical and radiological data were analyzed to assess loss to follow-up in the cohort. Multivariable logistic and negative binomial regression models were used to identify factors independently associated with …
Minimizing Travel Burden Of Gynecologic Cancer Surveillance Through A Unique Multidisciplinary Telehealth Program, Avni Shridhar, Suzanne Viator, Tara Castellano, Holly Provost, Navya Nair, Elizabeth Neupert, Amma Agyemang, Amelia Jernigan
Minimizing Travel Burden Of Gynecologic Cancer Surveillance Through A Unique Multidisciplinary Telehealth Program, Avni Shridhar, Suzanne Viator, Tara Castellano, Holly Provost, Navya Nair, Elizabeth Neupert, Amma Agyemang, Amelia Jernigan
School of Medicine Faculty Publications
OBJECTIVE: STEEL MAGNOLIAS (shared telehealth for multidisciplinary gynecologic cancer survivorship) is a novel gynecologic cancer surveillance care-delivery program in which rural patients see a close-by gynecologist in person with simultaneous virtual gynecologic oncology consultation. This study assesses feasibility of STEEL MAGNOLIAS by examining travel burden reduction, cancer outcomes, visit activities, guideline adherence, and patient satisfaction. METHODS: We retrospectively reviewed charts of patients with gynecologic cancer in remission under the STEEL MAGNOLIAS program in rural south Louisiana (March 2020-September 2023). Travel metrics, patient satisfaction, cancer outcomes, survival status, reasons for visit, and adherence to follow-up as per National Comprehensive Cancer Network …
Using Implementation Science To Understand Barriers To Telemedicine Use For Burn Care During A Crisis, Amanda Bettencourt, Jeffrey E. Carter, Theresa M. Davis, Katherine R. Buhikire, Joseph Rhodes, Subhash Aryal, Gary Vercruysse, Deena Kelly-Costa, Colleen M. Ryan
Using Implementation Science To Understand Barriers To Telemedicine Use For Burn Care During A Crisis, Amanda Bettencourt, Jeffrey E. Carter, Theresa M. Davis, Katherine R. Buhikire, Joseph Rhodes, Subhash Aryal, Gary Vercruysse, Deena Kelly-Costa, Colleen M. Ryan
School of Medicine Faculty Publications
56th Annual Meeting of the American Burn Association, 2024; April 9 - April 12, 2024; Chicago, IL
Whole Slide Image Data Utilization Informed By Digital Diagnosis Patterns, Kimberly Ashman, Huimin Zhuge, Erin Shanley, Sharon Fox, Shams Halat, Andrew Sholl, Brian Summa, J. Quincy Brown
Whole Slide Image Data Utilization Informed By Digital Diagnosis Patterns, Kimberly Ashman, Huimin Zhuge, Erin Shanley, Sharon Fox, Shams Halat, Andrew Sholl, Brian Summa, J. Quincy Brown
School of Medicine Faculty Publications
Context: Despite the benefits of digital pathology, data storage and management of digital whole slide images introduces new logistical and infrastructure challenges to traditionally analog pathology labs. Aims: Our goal was to analyze pathologist slide diagnosis patterns to determine the minimum number of pixels required during the diagnosis. Methods: We developed a method of using pathologist viewing patterns to vary digital image resolution across virtual slides, which we call variable resolution images. An additional pathologist reviewed the variable resolution images to determine if diagnoses could still be rendered. Results: Across all slides, the pathologists rarely zoomed in to the full …