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Showing 517-528 of 1955 results.
"We sought to define the current rate of and risk factors for postoperative central venous catheter (CVC)-associated deep vein thrombosis (CA-DVT) using the Pediatric Cardiac Critical Care Consortium (PC4) dataset" Patregnani et al (2026).
"The purpose of this study was to explore the relationships among neonatal length, weight, PMA, and PICC depth" Armbruster et al (2026).
"Based on available evidence, opioids probably reduce pain associated with PICC placement in neonates. Topical anesthetics and acetaminophen were not demonstrated to be effective. Further research is necessary to guide healthcare professionals in implementing optimal pain management for this procedure" Tabbara et al (2025).
"HA-CLABSI remains a significant concern despite on-going infection prevention efforts. Risk factors identified facilitate development of targeted, evidence-based interventions" Arora et al (2026).
"This study describes the impact of POCUS in the care of patients in a children's hospital. Our results may serve as an impetus for further study, training, and adoption of POCUS within hospital pediatrics" Fennell et al (2026).
"This study determined the success rate of catheter placement in animals by veterinary nursing students. This study identified the points at which beginners are likely to make mistakes when placing an IV catheter" Yukawa et al (2025).
"In critically ill patients, US-guided infraclavicular AXV cannulation is equally effective and safe as US-guided IJV cannulation" Królicki et al (2026).
"We have demonstrated that drug monitoring is practicable in the OPAT setting of a large institution with no on-site analytical capability. Current dosage regimens result in acceptable PK-PD target attainment. Our findings provide an initial step towards supporting TDM in OPAT" Wilson et al (2026).
"Pain during venous cannulation as a predictor of acute pain after surgery was significant in univariate regression, but the results were lost when adjusting for confounders like gender and current pain" Persson et al (2026).
"Conventional lead placement was impossible due to failed guide-wire advancement bilaterally. Peri-procedural venography demonstrated attenuation of both brachiocephalic veins and contrast-enhanced computed tomography confirmed complete central venous occlusion (CVO)" Baudry et al (2026).
"Our findings indicate a possible benefit of even brief simulator exposure for skill acquisition for complex endovascular procedures such as MTE. While conventional training may suffice for basic skills, simulation may be particularly helpful in supporting learning in more advanced tasks" von Hessling et al (2026).
"To our knowledge, port implantation in nonhospital settings has not been reported in peer-reviewed literature. Here, we report our experience with port placement in freestanding outpatient vascular centers” Gray et al (2026).
