Gopal Sharma

Gopal Sharma

M

Profile ID RP-000-2214 Joined 2023-01-18 2 articles
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Articles(2)

Authors: Seema Prasad, Gopal Sharma*, Saket Singh, Yashasvi Thummala, Santosh Kumar

DOI: 10.18231/j.ijca.2021.124  

Volume8

Issue4

Pages586-593

Abstract

Introduction: Pain is important morbidity following percutaneous nephrolithotomy (PNL). Various adjunctive procedures such as intercostals nerve block (ICNB) have been described to reduce post-operative pain. The aim of this review was to determine the analgesic efficacy of ICNB in PNL patients. Materials and Methods: Systematic literature search was conducted to identify relevant publications. We followed preferred reporting items for systematic review and meta-analysis (PRISMA) guidelines while conducting this review. Results: In this review, five randomized studies with 319 patients were included. The analgesic requirement was statistically similar in ICNB and control group (Standard mean difference (SMD) -0.48 confidence interval (CI)[-1.4, 0.44] p=0.31) whereas analgesic requirement was lower for peritubal infiltration group (PTI) as compared to ICNB (SMD 0.85 CI[0.25,1.44] p=0.005). Also, time to first analgesic requirement was similar between ICNB and PTI (SMD 0.86 CI[-9.3,11.0]), p=0.87). Pain according to VAS (visual analog scale) and Dynamic VAS (DVAS) at 24 hours was lower in ICNB group as compared to the control group; however, only DVAS at 24 hours was statistically significant. DVAS and VAS at 24 hours were similar for both ICNB and PTI. Conclusions: Intercostal nerve block in terms of analgesic requirement appears to be inferior to peritubal block and no better than control group. Also, mean pain scores for ICNB were similar to control group and peritubal block. Keywords: Percutaneous nephrolithotomy, Intercostal nerve block, Peritubal block, PNL, PCNL.

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Authors: Seema Parsad, Anuj Sharma, Kiran Jangra, Santosh Kumar, Gopal Sharma

DOI: 10.18231/j.ijca.2021.003  

Volume8

Issue1

Pages7-10

Abstract

Robot-assisted pelvic surgeries in steep Trendelenburg position present unique challenges to the anaesthesia team. Pneumoperitoneum, also, puts additional strain on the cardiovascular and respiratory requirements of the patient. In-depth knowledge of the effect of this position on patient’s physiology is essential for intraoperative safety and better management. Robotic arms can also cause steric hindrance and limited access to the patient thus better intraoperative communication may help in averting any untoward event. With this review, we discuss the effect of steep Trendelenburg position and pneumoperitoneum on the intraoperative physiology of the patient. Keywords: Robotic, Trenedeleburg, Pelvic surgery.

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