Patency of hemodialysis vascular access

vascular access

“We evaluated patency and quantified the configuration-specific reintervention burden of upper-extremity arteriovenous accesses over 15 years at a single center” Cho and Joh (2026).

Sensing technologies for vascular access – Full Text

vascular access

“This narrative review examines artificial intelligence and sensing technologies for vascular access care, based on PubMed and ClinicalTrials.gov searches through 22 August 2026 with citation chaining” Sessa et al (2026).

Apheresis novel double-draw vascular access technique

vascular access

“When conservative measures failed, we implemented a novel double-draw technique in which a second draw line was connected via a four-way stopcock and male-to-male adapter to the initial draw access (either a PIVC or port) to improve inlet flow” Sanchez et al (2026).

Central venous access devices for neonates – Full Text

vascular access

“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).

Vascular access in the critically ill patient

vascular access

“Vascular access is a key intervention in the management of critically ill emergency department patients. This can include peripheral or central venous access and intraosseous access” Jaffery and Qasim (2026).

Real-time flow monitoring in neonatal infusions

vascular access

“We review the mechanisms contributing to flow variability, discuss why conventional pumps cannot verify patient-end drug delivery, and propose a phased pathway for evaluating emerging flow-monitoring technologies” van Rens et al (2026).

Vascular access management plan for neonates

vascular access

“Proper use of the Vascular Access Management Plan (VAMP) ensures choosing the right vascular access device from the start of therapy. The VAMP method offers a structured and patient-centered approach to vascular access in neonates” van Rens et al (2026).

Autonomous vascular access

vascular access

“Autonomous or semi‑autonomous “autonomous vascular access” (AVA) platforms have the promise to standardize technique, accelerate placement by a wider range of providers, extend cannulation capability to austere settings, and reduce complication‑related morbidity” Grunhut et al (2026).

Recanalization of complete central venous occlusion

vascular access

“This case demonstrates that the combined use of kissing-wire and wire tensioning techniques for hemodialysis-related central venous occlusion is feasible and provides a valuable technical option for the endovascular management of complex central venous occlusions” Liet al (2026).

PICC and midline catheter complication rates – Full Text

vascular access

“Peripherally inserted central catheters (PICCs) and midline catheters (MCs) are widely used for intravenous therapy, but their relative safety and effectiveness remain uncertain. This systematic review and meta-analysis aimed to compare complication rates between PICCs and MCs” Aljameie et al (2026).

Nurse practitioner-led hospital vascular access service

vascular access team

“The aim of this quality improvement initiative was to implement and evaluate a nurse practitioner (NP)-led, hospital-wide VAS to standardise the insertion of peripherally inserted central venous catheters” Webb et al (2026).

Initial vascular access for neonatal resuscitation – Full Text

vascular access

“Most complications were reported with use of intraosseous (IO) devices. Umbilical vein catheters (UVC) were used primarily after hospital birth while IO devices were used in a wider range of settings. Evidence was insufficient to evaluate the use of peripheral vein catheters during neonatal resuscitation” Kawakami et al (2026).

Medical skills curriculum for neonatal transport teams – Full Text

vascular access

“This study identified and prioritised medical skills for physicians and non-physician healthcare professionals on neonatal transport teams, which supports the development of simulation-based training aligned with the clinical complexity and interdisciplinary nature of neonatal transport” Bay et al (2026).

IV catheter management survey

vascular access

“Despite a general alignment with evidence-based standards in certain areas, variation persists in practices such as disinfection methods, flushing techniques, and locking strategies” Hernández et al (2026).

Is procedural volume associated with self-perceived skill mastery

vascular access

“Emergency procedures were analyzed: peripheral intravenous access, intraosseous access, endotracheal intubation (ETI), chest tube insertion, tourniquet application, and focused assessment with sonography for trauma (FAST). Residents reported procedural counts and self-perceived mastery” Laitselart et al (2026).

Vascular access improvement program – Full Text

vascular access

“In 2022, the initiative expanded through collaboration with regional nursing schools to integrate the Association for Vascular Access (AVA) peripheral intravenous (PIV) curriculum, establishing a sustainable educational pipeline for future clinicians” Lindell (2026).

Saphenous vein for peripheral IV rescue access

vascular access

“The distal medial thigh GSV can be reliably visualized using ultrasound across pediatric and adult populations, including those with prior difficult intravenous access” Saadi Neto et al (2026).

Vascular access nurses in industry survey

vascular access team

“Health care professionals generally perceive vascular access nurses employed in industry as valuable contributors to education and clinical practice when they possess appropriate clinical expertise” Kelly and Girgenti (2026).