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PICC related CLABSI in neonates – Full Text

CLABSI

“Low birth weight, premature delivery, off-site nutrition, long catheterization time, and 5-minute APGAR score ≤7 are independent risk factors for catheter-related bloodstream infection in neonates with peripherally inserted central venous catheters. The pathogenic bacteria are fungi and multidrug-resistant bacteria” Zhang et al (2024).

PICC insertion in patients with chronic kidney disease

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“Peripherally Inserted Central Catheters play an increasingly important role in Central Venous Access Devices. However, the use of these devices should be carefully considered in specific situations such as central catheterisation in patients with chronic kidney disease” Ajello et al (2024).

High flow PICC for apheresis

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“High flow PICC is a viable alternative for apheresis to maintain an adequate flow of 5 ml/s and can be used as a single catheter throughout the HSCT process, reducing the risks from anesthesia and the catheter insertion procedure” Kremer et al (2024).

Nursing care of patients with peripherally inserted central catheter

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“Patients in the observation group had reduced NPRS, SAS, SDS and PFS-R scores, total incidence of unplanned extubation of PICC and the total incidence of catheter-related complications, and a higher nursing satisfaction rate in comparison to those in the control group” Li et al (2024).

Inappropriate PICC use in pediatrics

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“Although the majority of PICCs met appropriateness criteria, a substantial proportion of PICCs were deemed inappropriate or of uncertain appropriateness, illustrating an opportunity for quality improvement” Burek et al (2024).

Brachial tunneled PICC systematic review – Full Text

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“The tunneling technique for brachial access appears to be safe concerning intra-procedural bleeding, overall success, and procedural time, and it is effective in reducing the risk of late complications associated with catheterization” Giustivi et al (2024).

PICC-related UEDVT prediction model

UEDVT

“The risk of PICC-related UEDVT can be estimated and predicted relatively accurately by using the method of ML modeling, so as to effectively reduce the incidence of PICC-related UEDVT in the future” Hu et al (2024).

PICC study demonstrates lower risk of complications

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“PICC placement was associated with a lower risk of complications than CICC placement. Although the cost of a PICC is higher, its use avoided complications and need for catheter replacement before the end of treatment” de Souza Fantin et al (2024).

Neonatal cardiac tamponade following PICC insertion

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“Neonatal cardiac tamponade is a serious and rare complication of PICC line insertion. Early detection by point of care ultrasound (POCUS) and management by pericardiocentesis improves the chances of survival” Jain et al (2024).

Correction of PICC malposition

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“US-guidance can help reduce catheter malposition during bedside PICC insertion. Patients with risk factors such as multiple previous central vein insertions, failed peripheral line insertions, left arm insertion, or high BMI should undergo thorough sonographic evaluation of the arm vessels to prevent malposition” Jang et al (2023).

Antibiotic impregnated PICC review in neonates – Full Text

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“This retrospective study did not find a significant reduction in infection rates by using PICCs containing anti-infective drugs in neonates. Current antibiotic impregnations do not seem to be effective in preventing blood stream infections” Koppitz et al (2024).

PICC and CVC infection comparison – Full Text

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“The present study was conducted to compare the indwelling time of CVC and PICC placements leading to microbial colonization by multidrug-resistant microorganisms (MDROs) in critically ill patients” Pitiriga et al (2024).

ECG PICC tip location and PLSVC – Full Text

ECG

“Herein, we detailed a case involving a breast cancer patient whose PLSVC was identified during the placement of PICC because of the negative P-wave in electrocardiogram (ECG)” Pan et al (2024).

Accurate PICC tip positioning – Full Text

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“Here, we have proposed a new technique for the precise placement of PICCs through the application of clockwise torque. Application of the PICC with this technique in our patient resulted in the precise insertion of the catheter. As this method eliminates the need for imaging modalities, it has promise for application at the bedside and in resource-limited settings” Akatsuka and Sugiyama (2023).

Valved PICC comparison study – Full Text

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“In this study, to identify the most suitable PICC for continuous pumping of 5-fluorouracil (5-FU) in patients undergoing chemotherapy for gastrointestinal tract tumors, the clinical application of the double-lumen high-pressure-resistant PICC generally adopted in clinical practice was compared with the traditional anterior-valved single-lumen non-high-pressure-resistant PICC” Chen et al (2024).

Defaulting to single lumen PICC orders – Full Text

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“Defaulting the order for peripherally inserted central catheters (PICCs) placement to single lumen increased proportion of single-lumen insertions over total insertions from 42/126 (33%) to 57/104 (51)%” Trautman et al (2023).

PICC associated infection treatment case study – Full Text

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“We report a novel case of T. bernardiae bacteremia in a paraplegic patient due to a peripherally inserted central catheter- (PICC-) associated infection that was treated successfully with piperacillin/tazobactam” Chapman and Nichols (2023).

PICC securement with cyanoacrylate glue

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“In this study, we aimed to investigate the usefulness of cyanoacrylate glue (CG) in managing peripherally inserted central venous catheters in adults” Kurata et al (2023).