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Falavolti et al. Mini-invasive Surg 2017;1:35-40                   Mini-invasive Surgery
           DOI: 10.20517/2574-1225.2016.08
                                                                                                www.misjournal.net
            Original Article                                                                    Open Access


           Robot-assisted simple prostatectomy with

           temporary internal iliac arteries clamping:

           our preliminary results




           Cristina Falavolti , Tommasangelo Petitti , Maurizio Buscarini 2
                                               2
                          1
           1 Department of Urology, Villa Betania Hospital, 00165 Rome, Italy.
           2 Department of Hygiene, Campus Bio-Medico University of Rome, 00165 Rome, Italy.
           Correspondence to: Dr. Cristina Falavolti, Department of Urology, Villa Betania Hospital, Via Pio IV 42, 00165 Rome, Italy.
           E-mail: c.falavolti@hotmail.com

           How to cite this article: Falavolti C, Petitti T, Buscarini M. Robot-assisted simple prostatectomy with temporary internal iliac arteries clamping: our
           preliminary results. Mini-invasive Surg 2017;1:35-40.

                          Dr. Cristina Falavolti is a young urologist working at Villa Betania Hospital of Rome. She received her medical degree
                          from University Campus Bio-Medico of Rome in 2010 and completed her residency in Urology with honors at the same
                          University in July 2016. She spent one year at Memorial Sloan Kettering – Cancer Center of New York City working
                          with the bladder cancer group and training on robotic simulator. She published many original articles and participated
                          as relator in many national and international meetings. She recently obtained the EBU certification. Her fields of
                          interests are: (1) uro-oncological diseases (prostate, kidney and bladder cancers); (2) fusion biopsy for prostate cancer
                          diagnosis; (3) minimally invasive surgery (laparoscopic and robotic) and treatment of benign diseases (BPH, stones).

                                         ABSTRACT
            Article history:              Aim: This study proposed the robot-assisted laparoscopic simple prostatectomy (RASP) as
            Received: 12-12-2016          safe and reliable surgical option for the treatment of men with prostate size > 80 mL. It was
            Accepted: 05-03-2017          aimed to evaluate preoperative and postoperative results in RASP using a surgical variation
            Published: 31-03-2017         to the standard technique: the temporary bilateral internal iliac arteries clamping. Methods:
                                          This study analyzed 18 patients underwent RASP with temporary clamping of bilateral internal
            Key words:                    iliac arteries. Procedures were performed by two surgeons in two different hospitals using the
            Benign prostatic hyperplasia,  same surgical technique. Preoperative and postoperative data were collected and statistically
            clamping,                     analyzed.  Results:  The  temporary clamping  duration was less than  12 min  during each
            prostatectomy,                adenoma’s enucleation. Despite the vascular control, the median operating time was similar
            robotic                       to RASP performed without iliac clamping. The results showed minimal blood loss, a median
                                          catheter duration of 5 days, a median duration of postoperative continuous catheter irrigation
                                          of 41 h, and short hospitalization (3.2 days). A significant corellation was observed between
                                          the estimated blood loss and the duration of irrigation. Conclusion: RASP performed with
                                          bilateral vascular control, combined with the known benefits of minimally invasive surgery
                                          resulted in bleeding reduction.  The minimal  blood loss further reduces catheter  duration,
                                          decreases continuous catheter irrigation and patient’s hospitalization duration.



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