IVUPDATE from IVTEAM

IVTEAM is a global resource for vascular access and infusion therapy, dedicated to supporting clinical teams worldwide. Our daily updates help healthcare professionals stay current with the latest evidence in vascular access and infusion therapy.

Recurrent CRBSI in patients requiring long-term vascular access – Full Text

“Patients requiring long-term vascular access are at risk of experiencing recurrent or relapsing infections. Decisions to remove and replace these devices when infected depend on their clinical status, the pathogen involved, options for alternative access sites, the risk of mechanical complications or loss of access with attempted catheter replacement, and interruptions of care plans” Mermel et al (2026).

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Drainage of propofol extravasation- Full Text

“This case describes drainage through a pre-existing intravenous tract after failed catheter aspiration and needle drainage. The maneuver was nonstandard, cannot be considered an alternative to guideline-directed surgical assessment or washout, and should not delay urgent surgical evaluation when compartment syndrome or ongoing neurovascular compromise is suspected” Taffache (2026).

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Simulator for teaching ultrasound-guided PICC placement

“A porcine tissue-based ultrasound-capable simulator may be a feasible and accessible tool for early ultrasound-guided PICC training and was associated with better early performance in selected probe-handling and puncture behaviors during the first clinical case after training” Deng et al (2026).

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Review of bedside ECG- and ultrasound-based PICC tip positioning

“Peripherally inserted central catheter (PICC) tip positioning is a technically mature field characterized by heterogeneous evidence. International consensus guidelines consistently recommend bedside intracavitary electrocardiography (IC-ECG) and ultrasound-based strategies as first-line methods, with fluoroscopy reserved for specific indications” Shu and Li (2026).

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Routine pediatric central venous catheter maintenance

“Dressing-change practices were consistent, with all centers reporting changes every 7 days or sooner when dressing integrity was compromised. Cap-change intervals varied from daily to every 7 days. Dressing changes required a mean of 16.5 min and cost $55.25 in labor and supplies. Cap changes cost $24.08, and daily flushing cost $13.70” Maier et al (2026).

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Central venous access devices for neonates – Full Text

“Optimal CVAD selection is not merely a technical decision but a strategic clinical process that integrates patient, therapy, device, and health-system factors. Existing frameworks provide valuable guidance and should be interpreted within the clinical context in which they are applied, acknowledging differences in expertise, available resources, and models of care” de Souza et al (2026).

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