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About

Kalyna Sconzert is a pioneering researcher at the intersection of robotic surgery, endovascular intervention, and telecommunications technology. Her work focuses primarily on telerobotic-assisted vascular procedures, exploring how robotic systems can be deployed remotely to perform life-saving cardiovascular and peripheral vascular interventions across vast geographic distances. Sconzert's most influential contribution, "Robotic telestenting performance in transcontinental and regional pre-clinical models" (2020, 56 citations), demonstrated that high-quality robotic coronary stenting could be performed effectively regardless of geographic separation between operator and patient — a finding with profound implications for expanding specialist care to underserved regions. Her subsequent investigations into network latency and telecommunication infrastructure requirements have provided the field with critical technical benchmarks, revealing precisely how factors like network speed and signal delay influence procedural safety and precision in porcine pre-clinical models. Through her preclinical peripheral vascular intervention studies, Sconzert has also helped establish the workflow standards necessary for real-world telerobotic implementation. With nearly 90 cumulative citations across her body of work, she is establishing herself as a foundational voice in the emerging field of remote robotic surgery, where her research may ultimately reshape how vascular specialists deliver care to patients in remote or resource-limited settings.