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Discussions highlight the relevance of the updated algorithm, noting its reliance on large patient data sets and prior research, with language that underscores innovation and clinical significance, such as 'improved model' and 'updated approach,' which reflect positive reception and moderate engagement with its implications.
Most discussions acknowledge the importance and validity of the updated algorithm, indicating general support, especially with mentions of its basis on large case loads and prior work.
There is a high level of interest shown in the new approach, with posts emphasizing the relevance of MRI-based nomograms and improved nerve-sparing strategies.
Posts engage by referencing previous studies and the potential for these techniques to enhance practice, indicating moderate engagement with technical details.
The discussions recognize the potential of this updated approach to influence surgical decisions and patient outcomes, suggesting a meaningful but not transformative impact.
In our study, by relying on the largest case load of patients diagnosed with MRI-targeted + systematic biopsy, we provide an updated model algorithm to approach NS surgery in MRI-targeted biopsy era Our prior papers: https://t.co/acle6M30Gp https://t.co/bjugLBHnem @AshTewariMD
This work updates the algorithm for incremental nerve sparing using a multiparametric MRI-based nomogram to predict extracapsular extension in prostate cancer patients, guiding nerve-sparing during robot-assisted…
This video, presented by Dr. Ashutosh Tewari at the 2022 KS International Robotic Surgery Innovation Awards, demonstrates a saline-assisted fascial exposure technique during robotic-assisted radical prostatectomy to…
In our study, by relying on the largest case load of patients diagnosed with MRI-targeted + systematic biopsy, we provide an updated model algorithm to approach NS surgery in MRI-targeted biopsy era Our prior papers: https://t.co/acle6M30Gp https://t.co/bjugLBHnem @AshTewariMD
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