Musculoskeletal complaints are among the most frequent reasons for patients to visit a physician in the primary care or emergency medicine setting. The proper evaluation and management of musculoskeletal conditions depends upon the expertise and knowledge of the provider. Unfortunately, formal medical education dedicated to orthopaedics and musculoskeletal medicine is limited during training. As medical knowledge rapidly grows, it is imperative that we provide physicians and other health care providers with actionable knowledge and expertise in the exam room. VisualDx uses a problem-oriented design and innovative medical informatics technology to transform the point-of-care approach. Our goal is to reduce diagnostic error in orthopaedic evaluation, and aid in evidenced-based management of musculoskeletal conditions. Utilizing a proven platform, the VisualDx Orthopaedic Musculoskeletal Medicine Decision Support Project combines graphics, imagery, and an intuitive evaluation approach to improve diagnosis, testing, and management decisions.
Medical students and residents participate in the VisualDx Orthopaedic Musculoskeletal Medicine Decision Support Project by researching and developing content under the guidance of orthopaedic faculty. The COVID-19 crisis has created an educational gap, as many students and residents are not able to participate in clinical rotations. The pandemic has also transitioned many in person educational opportunities to remote learning. This elective is flexible and allows the medical student to learn about orthopaedic topics, generate peer-reviewed manuscripts/book chapters that can be cited on the curriculum vitae (CV), and better understand the role of medical informatics in preventing diagnostic error, aiding in medical decision support. The project is focused on differential diagnosis, evaluation, and treatment of musculoskeletal complaints.
Sample proposals to aid the student in applying for medical school credit through an ‘elective’ pathway are provided as a resource to interested students. Successful completion of the elective and evaluation will be based on the completion of peer-reviewed manuscripts (2- to 3-page bullet point summaries), which will be incorporated into the VisualDx clinical decision support system. To date, we have had successful student electives for VisualDx Orthopaedic Musculoskeletal Medicine Decision Support Project at The University of Rochester School of Medicine, SUNY Upstate Medical University, and George Washington University.
Please contact us if you are interested in the elective.
The VisualDx Orthopaedic Musculoskeletal Medicine Decision Support Project has numerous medical students, residents, fellows, and attending physicians contributing original content—manuscripts, clinical images, radiographic findings, and medical videos. This opportunity will allow you to learn more about an orthopaedic topic, boost your CV (as each manuscript is considered a peer-reviewed book chapter or invited manuscript), and be part of the medical informatics revolution that is improving medical care.
Telemedicine, remote education, and medical decision support is the future of medical evaluation and care. Through contribution to the VisualDx Orthopaedic Musculoskeletal Medicine Decision Support Project, we hope to help reduce diagnostic error and improve musculoskeletal care. With both a national and international presence in thousands of clinics, hospitals and health care systems, your contributions have the potential to impact and enhance global health care.
The editorial board and contributors look forward to having you join the team. Please contact us if you are interested in contributing.
VisualDx is a physician-led health care informatics company with point-of-care decision support tools used in more than 90 medical schools and 2,300 hospitals and clinics globally. Our mission is to transform and improve our medical decisions through augmented thinking and timely visualization. VisualDx is already a high-impact tool for primary care, emergency medicine, and hospitalist physicians, and use is expanding across the specialties for both in-person evaluation and the emerging field of telemedicine. An established leader in the medical informatics space, VisualDx is partnered with UpToDate, has been lauded by Tim Cook (CEO of Apple, Inc.), and has been working with the Gates Foundation as well as NASA on improving how health care is delivered.
Dr. Sandeep Mannava is the lead orthopaedic surgeon for the The VisualDx Orthopaedic Musculoskeletal Medicine Decision Support Project. He serves in both an editorial and advisory position on this project. He has mentored numerous medical students, residents, and fellows who have contributed to this exciting and transformative medical informatics project. He is passionate about reducing medical and diagnostic error. By leveraging the robust medical decision support platform developed at VisualDx, the goal of the project is to bring real-time, point-of-care support to the emergency medicine and primary care provider in diagnosing and managing musculoskeletal conditions.
Clinically and academically, Dr. Mannava is an assistant professor in orthopaedics and rehabilitation at the University of Rochester. He is a board certified orthopaedic surgeon with expertise in orthopaedic sports medicine and complex shoulder surgery. He is a team physician for The College at Brockport Golden Eagles and for the United States Ski and Snowboard Association. He conducts research at the University of Rochester Center for Musculoskeletal Research (CMSR). He has published over 85 manuscripts and book chapters related to orthopaedic surgery and invented a patented surgical device. Additionally, he has presented over 100 research abstracts – lecturing locally, regionally, nationally, and internationally on various orthopaedic surgical and musculoskeletal conditions.
Dr. Mannava is a graduate of Cornell University and the State University at New York (SUNY) Upstate Medical University. He completed his orthopaedic surgery residency at Wake Forest University, where he also attended graduate school and received a PhD in neuroscience. He then completed an orthopaedic sports medicine fellowship at the prestigious Steadman Clinic and Steadman Philippon Research Institute in Vail, Colorado.
Sandeep Mannava, MD, PhD
Orthopaedic Surgery, Orthopaedic Sports Medicine, Shoulder and Elbow Surgery
Benedict F. DiGiovanni, MD
Orthopaedic Surgery, Foot and Ankle
Surya N. Mundluru, MD
Pediatric Orthopaedic Surgery / Scoliosis
Katherine H. Rizzone, MD, MPH
Orthopaedics & Rehabilitation, Sports Medicine, Internal Medicine, Pediatrics
Danielle M. Wilbur, MD
Orthopaedic Surgery, Hand, Wrist, and Microsurgery
Johannes Plate, MD, PhD
Orthopaedic Surgery, Total Joint Arthroplasty
Christopher P. Ahlering
Aabra Ahmed, MD
Brent Albertson
Andrew Alwood, DO
Matthew Barra, MD
Samuel Bauer, MD
Ethan Beaudett, DO
Mina Botros, MD
Mitchell Breitenbach
James D. Brodell, Jr., MD
Ronald Brown, MD
Melissa Butler
Brianna Caraet, MD
Taylor D. Catalano
Michael F. Catanzaro, MD
Linda Chao, MD
Raymond Chen, MD
David L. Coffman
David DiStefano, MD
Chloe Doris
Joel Fandel, MD
Robert Glover
Trevor Hansen, MD
Brittany Haws, MD
Phoebe Huang
Alan Hwang, MD
Maria Karipidis-Pouria, MD
Shannon Kaupp
Robert Lachky, MD
Mark Lawlor, MD
David Lawton
T. David Luo, MD
Stephanie MacDonald, DO
Brandon Mahajan
Natalie M. Marenghi, MD
John Hunter Matthews, MD
Kiah Mayo, MPH
Hannah Mbony
Mark Mirabelli, MD
Nequesha Mohamed, MD
Peter Obourn, DO
Caitlin Orner, MD
Ayush Parikh
Bowen Qui, MD
Michelle Feng Qiu
David Quinzi, MD
Mattie Raiford, MD
Wayne Reizner, MD
Colin M. Robbins
Thomas Rodenhouse
Derek Schloemann, MD, MPHS
Connor Sholtis
Aron Sulovari
Shane Tipton, MD
Abby Ventura
Eric Vess, MD
Zachary Visco
William Yetter, MD
Linda Zhang, MD
Zach Zmich, MD
The data contained in these World Wide Web pages, such as text, images, and graphics, are for informational purposes only and are not intended to be a substitute for professional medical judgment. Please read our website terms of use and privacy policy. Unauthorized use of this site is strictly prohibited. Copyright © 2020 VisualDx®. All Rights Reserved. U.S. Pat. 8,538,770 www.visualdx.com