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About

Giacomo Cusumano is an emerging surgical researcher whose work sits at the dynamic intersection of thoracic surgery, pain management, and medical technology. His research has made meaningful contributions to the field of robotic-assisted thoracic surgery (RATS), with a particular focus on optimizing postoperative analgesia and advancing minimally invasive techniques for thoracic oncology and mediastinal disease. Cusumano's most-cited work explores the erector spinae plane block as an effective analgesic strategy for robotic thoracic procedures, addressing one of the most challenging aspects of thoracic surgery — postoperative pain — through innovative loco-regional anesthesia approaches. His continued investigation into pain management protocols reflects a commitment to improving patient recovery and hospital outcomes. Beyond analgesia, Cusumano has positioned himself at the forefront of artificial intelligence integration in thoracic surgery, contributing thought-provoking analyses of AI's transformative potential in lung cancer management. His narrative reviews on robotic surgery for lung cancer and multicentric studies on thymic cysts further demonstrate his broad clinical and academic reach. Collectively accumulating over 34 citations within a short publication window, his growing body of work signals a promising trajectory in thoracic surgical innovation and technology-driven patient care.