Eunice Carrasquinha

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About

Eunice Carrasquinha is a researcher whose work bridges biomedical imaging and surgical innovation, with a focus on improving outcomes for prostate cancer patients. Her key research areas include diffusion tensor imaging (DTI), fiber tracking, and the anatomical characterization of the male urethral sphincter complex. Her most notable contribution is a 2020 feasibility study that pioneered the use of DTI-based fiber tracking to map the urethral sphincter in patients undergoing Retzius-sparing robot-assisted laparoscopic radical prostatectomy (RS-RARP). This work offers a non-invasive method to visualize critical soft-tissue structures, potentially enhancing surgical precision and preserving urinary function. With 6 citations, this study has already informed early-stage clinical applications and sparked interest in integrating advanced imaging into urological surgery. Carrasquinha’s research stands out for its translational impact, directly addressing a pressing need in oncology: minimizing post-operative complications. Her meticulous approach to acquisition parameters and patient-specific modeling underscores a commitment to personalized medicine. For students and researchers, her work exemplifies how cutting-edge imaging techniques can be harnessed to refine surgical planning and improve quality of life, making her a rising voice in the intersection of radiology and urology.