Orthopedic Surgery
鈥淎I offers the potential to transform orthopedic care. It can improve diagnostics, treatment planning, and surgical outcomes. For instance, I can utilize a patient鈥檚 CT scan in conjunction with AI to accurately verify the amount of bone to be removed during a hip preservation procedure. Another application includes determining the size and location of shoulder replacement implants 鈥 specific to each patient. We apply evidence-based research to find the best fit for every individual. It鈥檚 also exciting how educated my patients are when they present for an appointment. 鈥 AI has enabled patients to type complex questions into a search engine and obtain a research-backed response.鈥
鈥 , D.O.,
Oncology
鈥淚t is now integrated into diagnostic testing and treatment pathways in GU [genitourinary] oncology. For instance, AI can assist in determining treatment decisions for prostate cancer by analyzing complex datasets. The primary benefit is that it enhances efficiency and accuracy in patient care. However, a significant challenge is the necessity for proper utilization; like any tool, incorrect use can lead to adverse outcomes.鈥
鈥 , M.D., , ,
Cardiac Surgery
鈥淒o not worry 鈥 an AI-powered robot is not about to do your heart surgery anytime soon! I am very excited about the future of AI to help the patient and surgeon make informed decisions about the best path forward. One of the most difficult parts of my job is to figure out who would benefit from an operation and when the best time is to offer surgery. I envision a (near) future where AI will be able to look at a patient鈥檚 whole medical history and in real time compare it with the data of a large population as well as thousands of clinical trials that have already been performed. Then, we can take that information and determine if surgery or a nonsurgical approach will yield the best outcomes in the long term for the patient.鈥
鈥 , M.D.,
Colon and Rectal Surgery
鈥淭hough still in its infancy, AI is a promising new tool in colorectal surgery. By analyzing CT scans, MRIs, and colonoscopies, AI might one day help doctors better understand a patient鈥檚 condition. This technology could lead to more-personalized treatment plans and improved decision-making about potential surgical risks and outcomes. Additionally, AI has the potential to enhance the capabilities of the robotic surgery systems we use in the operating room. Finally, by helping us optimize recovery plans, AI might one day contribute to better patient outcomes, building on our experience with enhanced recovery pathways.鈥
鈥 , M.D.,
Bariatric Surgery
鈥淎I is increasingly being integrated into bariatric and general surgery to improve outcomes, enhance precision, and streamline processes. AI algorithms analyze patient data to predict surgical outcomes, identify risks, and tailor pre-op plans. For bariatric surgery patients, we can predict weight loss outcomes and their individual surgical risk based on their specific characteristics. For robotic surgery, AI-driven systems assist by providing enhanced visualization, precision, and control. This technology can help with suturing, tissue manipulation, and navigation, leading to reduced complication rates and improved efficiency for surgeons. The newer robotic-systems AI technology provides objective indicators based on how the surgeon operates and can provide suggestions based on movements, energy use, and timing. Basically, it can tell the surgeon what they are doing well and how they can improve. AI technology also analyzes large datasets to identify trends, outcomes, and best practices in bariatric surgery, which helps in advancing research, developing new techniques, and improving overall patient care. We are always trying to improve the care we provide, and AI is helping us do so.鈥
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This article originally appeared alongside听黑料网 Detroit鈥檚 2024 Top Docs List. Click here to read the full list.听
This story originally appeared in the October 2024 issue of 黑料网 Detroit magazine. To read more, pick up a copy of 黑料网 Detroit at a local retail outlet. Our will be available on Oct. 7.
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