Canadian Update on Surgical Procedures (CUSP) Urology Group consensus for intraoperative hemostasis during minimally invasive partial nephrectomy

Introduction: Partial nephrectomy remains the gold standard in the management of small renal masses. However, minimally invasive partial nephrectomy (MIPN) is associated with a steep learning curve, and optimal, standardized techniques for time-efficient hemostasis are poorly described. Given the re...

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Veröffentlicht in:Canadian Urological Association journal 2020-09, Vol.14 (9), p.E387-E393
Hauptverfasser: Cheung, Douglas C, Wallis, Christopher J.D, Possee, Simon, Camilla, Tajzler, Anidjar, Maurice, Barrett, Keith, Deklaj, Tom, Drachenberg, Darrel E, Evans, Howard, French, Christopher, Gotto, Geoffrey, Izard, Jason, Jain, Umesh, Kawakami, Jun, Kulkarni, Girish S, Lee, Jason, McCracken, Jeffrey, McGregor, Thomas, Richard, Patrick O, Rowe, Neal E, Sabbagh, Robert, Martin, Blair St, Tatzel, Stephanie, Touma, Naji, Widmer, Hugues, Wiesenthal, Joshua, Yang, Brian, Zorn, Kevin C, Kapoor, Anil, Finelli, Antonio, Satkunasivam, Raj
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container_end_page E393
container_issue 9
container_start_page E387
container_title Canadian Urological Association journal
container_volume 14
creator Cheung, Douglas C
Wallis, Christopher J.D
Possee, Simon
Camilla, Tajzler
Anidjar, Maurice
Barrett, Keith
Deklaj, Tom
Drachenberg, Darrel E
Evans, Howard
French, Christopher
Gotto, Geoffrey
Izard, Jason
Jain, Umesh
Kawakami, Jun
Kulkarni, Girish S
Lee, Jason
McCracken, Jeffrey
McGregor, Thomas
Richard, Patrick O
Rowe, Neal E
Sabbagh, Robert
Martin, Blair St
Tatzel, Stephanie
Touma, Naji
Widmer, Hugues
Wiesenthal, Joshua
Yang, Brian
Zorn, Kevin C
Kapoor, Anil
Finelli, Antonio
Satkunasivam, Raj
description Introduction: Partial nephrectomy remains the gold standard in the management of small renal masses. However, minimally invasive partial nephrectomy (MIPN) is associated with a steep learning curve, and optimal, standardized techniques for time-efficient hemostasis are poorly described. Given the relative lack of evidence, the goal was to describe a set of actionable guiding principles, through an expert working panel, for urologists to approach hemostasis without compromising warm ischemia or oncological outcomes. Methods: A three-step modified Delphi method was used to achieve expert agreement on the best practices for hemostasis in MIPN. Panelists were recruited from the Canadian Update on Surgical Procedures (CUSP) Urology Group, which represent all provinces, academic and community practices, and fellowship- and non-fellowship-trained surgeons. Thirty-two (round 1) and 46 (round 2) panellists participated in survey questionnaires, and 22 attended the in-person consensus meeting. Results: An initial literature search of 945 articles (230 abstracts) underwent screening and yielded 24 preliminary techniques. Through sequential survey assessment and in-person discussion, a total of 11 strategies were approved. These are temporally distributed prior to tumor resection (five principles), during tumor resection (two principles), and during renorrhaphy (four principles). Conclusions: Given the variability in tumor size, depth, location, and vascularity, coupled with limitations of laparoscopic equipment, achieving consistent hemostasis in MIPN may be challenging. Despite over two decades of MIPN experience, limited evidence exists to guide clinicians. Through a three-step Delphi method and rigorous iterative review with a panel of experts, we ascertained a guiding checklist of principles for newly beginning and practicing urologists to reference.
doi_str_mv 10.5489/cuaj.6579
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However, minimally invasive partial nephrectomy (MIPN) is associated with a steep learning curve, and optimal, standardized techniques for time-efficient hemostasis are poorly described. Given the relative lack of evidence, the goal was to describe a set of actionable guiding principles, through an expert working panel, for urologists to approach hemostasis without compromising warm ischemia or oncological outcomes. Methods: A three-step modified Delphi method was used to achieve expert agreement on the best practices for hemostasis in MIPN. Panelists were recruited from the Canadian Update on Surgical Procedures (CUSP) Urology Group, which represent all provinces, academic and community practices, and fellowship- and non-fellowship-trained surgeons. Thirty-two (round 1) and 46 (round 2) panellists participated in survey questionnaires, and 22 attended the in-person consensus meeting. Results: An initial literature search of 945 articles (230 abstracts) underwent screening and yielded 24 preliminary techniques. Through sequential survey assessment and in-person discussion, a total of 11 strategies were approved. These are temporally distributed prior to tumor resection (five principles), during tumor resection (two principles), and during renorrhaphy (four principles). Conclusions: Given the variability in tumor size, depth, location, and vascularity, coupled with limitations of laparoscopic equipment, achieving consistent hemostasis in MIPN may be challenging. Despite over two decades of MIPN experience, limited evidence exists to guide clinicians. 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However, minimally invasive partial nephrectomy (MIPN) is associated with a steep learning curve, and optimal, standardized techniques for time-efficient hemostasis are poorly described. Given the relative lack of evidence, the goal was to describe a set of actionable guiding principles, through an expert working panel, for urologists to approach hemostasis without compromising warm ischemia or oncological outcomes. Methods: A three-step modified Delphi method was used to achieve expert agreement on the best practices for hemostasis in MIPN. Panelists were recruited from the Canadian Update on Surgical Procedures (CUSP) Urology Group, which represent all provinces, academic and community practices, and fellowship- and non-fellowship-trained surgeons. Thirty-two (round 1) and 46 (round 2) panellists participated in survey questionnaires, and 22 attended the in-person consensus meeting. Results: An initial literature search of 945 articles (230 abstracts) underwent screening and yielded 24 preliminary techniques. Through sequential survey assessment and in-person discussion, a total of 11 strategies were approved. These are temporally distributed prior to tumor resection (five principles), during tumor resection (two principles), and during renorrhaphy (four principles). Conclusions: Given the variability in tumor size, depth, location, and vascularity, coupled with limitations of laparoscopic equipment, achieving consistent hemostasis in MIPN may be challenging. Despite over two decades of MIPN experience, limited evidence exists to guide clinicians. Through a three-step Delphi method and rigorous iterative review with a panel of experts, we ascertained a guiding checklist of principles for newly beginning and practicing urologists to reference.</abstract><pub>Canadian Urological Association</pub><pmid>32569571</pmid><doi>10.5489/cuaj.6579</doi><oa>free_for_read</oa></addata></record>
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subjects Ischemia
Pharmaceutical industry
Tumor removal
title Canadian Update on Surgical Procedures (CUSP) Urology Group consensus for intraoperative hemostasis during minimally invasive partial nephrectomy
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