Heather D. McFarland

University Hospitals Cleveland Medical Center

Papers

Total Citations

H-Index

About

Heather D. McFarland’s research focuses on the intersection of surgical oncology, anesthesiology, and patient safety, particularly in minimally invasive gynecologic procedures. Her most-cited work, “Computed Tomography Morphometrics and Pulmonary Intolerance in Endometrial Cancer Robotic Surgery” (2016, 4 citations), pioneers the use of preoperative CT imaging to predict pulmonary complications during robotic surgery for endometrial cancer. By correlating patient-specific anatomical metrics—such as chest wall dimensions and visceral fat distribution—with intraoperative respiratory dynamics, McFarland provides a framework for personalized ventilation strategies that reduce perioperative risk. This contribution is especially impactful for high-BMI patients, who face elevated rates of pulmonary intolerance during steep Trendelenburg positioning. Though her citation count is modest, the clinical relevance of her work is underscored by its adoption in surgical planning protocols and its role in advancing interdisciplinary dialogue between radiologists, anesthesiologists, and gynecologic oncologists. McFarland’s research exemplifies how morphometric analysis can bridge diagnostic imaging and real-time surgical decision-making, ultimately enhancing recovery outcomes. Her ongoing efforts continue to refine risk stratification tools for robotic surgery, positioning her as a thoughtful contributor to safer, data-driven perioperative care.