Central venous access care team – Full Text
“We hypothesized a dedicated team would decrease catheter-related bloodstream infection (CRBSI) rates” Abad et al (2022).
ECMO vascular access adverse events
“Given the lower rate of wound complications and comparable hospital outcomes with femoral cannulation, axillary VA-ECMO may be an excellent option in HT candidates or recipients when possible” Ohira et al (2022).
Hemodialysis nurses vascular access knowledge – Full Text
“The cognitive degree of vascular access specialized knowledge of hemodialysis nurses is affected by different working years, training experience and the nature of the hospital” Chen et al (2022).
Neonatal ECMO vascular access
“ECMO cannulation involves a complex decision-making process to choose the proper ECMO modality and cannulation strategy to match each patient’s needs, unique anatomy, and potential complication profile” Jensen et al (2022).
Vascular access choice in the neonatal setting – Full Text
“This study aimed to explore the relationships between risk factors and different venous access device complications in the neonatal setting, and then use that evidence to develop an algorithm based on observational data” van Rens et al (2022).
Femorally inserted central catheters with exit site at mid-thigh
“The attention to the correct position of the tip, the exit site at mid-thigh and the new techniques during insertion make these femoral catheters as safe as other central vascular access devices” Elli et al (2022).
Home vascular access device insertion during covid-19 pandemic
“During covid-19 pandemic, the VAD-team demonstrated the feasibility of VADs home positioning, for patients that need to be transported by ambulance to the hospital for a venous catheter insertion” Grassi et al (2022).
Endocarditis management in people who inject drugs – Full Text
“It provides a more in-depth focus on the management of infective endocarditis among this unique population than what has been provided in prior American Heart Association infective endocarditis-related documents” Baddour et al (2022).
Superior Vena Cava Syndrome management – Full Text
“In this case, diagnostic challenges in the ED and the potential role of cognitive bias are highlighted. In addition, we discuss the clinical manifestations and management of SVC syndrome” Salama et al (2022).
Team collaboration and vascular access choice – Full Text
“Nurses and other healthcare team members’ understanding, selection, use, and recommendation of CVADs have an indirect effect on patients’ decision-making” Sheng et al (2022).
Tunneled cuffed central venous catheters in maintenance hemodialysis – Full Text
“In this study, we provide evidence of the mean TCC survival time beyond 2 years. We found that TCC is an effective alternative for MHD patients with poor vessel status or limited survival time or become a bridge waiting for arteriovenous fistula to mature, regardless of age, sex, and primary diseases” Hu et al (2022).
Management of inadvertent arterial catheterization – Full Text
“Recently, endovascular balloon tamponade has emerged as the preferred initial approach to repair inadvertent arterial cannulations” Papastratigakis et al (2022).
Persistent left superior vena cava anomaly
“The persistent left superior vena cava (LSVC) is a common anomaly of congenital heart disease” Dave et al (2022).
Neonatal vascular access outcomes – Full Text
“Our aim was to study practices regarding the choice of vascular access and outcomes” Riskinet al (2022).
Using saline-buffered lidocaine
“The saline-buffered lidocaine provided comparable pain relief compared with the lidocaine buffered with bicarbonate” Plohal et al (2022).
Bedside tunneled femoral CVC in infants
“We show that US-guided durable tunneled femoral central venous catheter (TF-CVC) insertion by an intensivist at the bedside is a technically feasible and safe prolonged central venous access option in critically ill, high-risk infants and neonates in the PCICU” Shostak et al (2022).
IV catheter quality surveillance – Full Text
“Current data linkage across EHR systems limits the development of an IV catheter quality surveillance system to provide timely data related to catheter complications and harm” Schults et al (2022).
Patient mobility in hospital limited by IV access – Full Text
“Multivariate regression analysis showed the presence of an intravenous line (p = .039), urinary catheter (p = .031), being female (p = .034), or being dependent on others for walking (p = .016) to be positively associated with the time spent in bed” Valkenet et al (2022).
Vascular access device placement procedure codes – Full Text
“Despite widespread use of VADs in the inpatient setting, the procedure coding rate was found to be remarkably low” DeBoer and Alsbrooks (2022).
Diagnosing mechanical central venous catheter problems
“Following clinical and radiographic evaluation, contrast-enhanced line studies constitute the next best diagnostic tool to assess the functionality of central venous catheters” Shashi et al (2022).
PICC guide wire retention – Full Text
“A missed guide wire remaining inside the venous system after peripherally inserted in femoral vein that was incidentally diagnosed by taking a chest X-ray after three months” Eskandarian et al (2022).
Nurse infusion team task relocation
“The results indicate that, although infusion task reallocation may be a cost-reducing approach to managing clinical responsibilities, it enlarges rather than enriches the job through higher demands and fewer resources for nurses and, in turn, lower perceived organizational safety” Pratt et al (2022).
Intraperitoneal hematoma after femoral catheterization – Full Text
“Presented to the emergency department from a skilled nursing facility with a two-day history of dyspnea. She was later diagnosed with an intraperitoneal hematoma, an uncommon complication caused by a CVC placement” Shah et al (2022).
Vascular access procedural adaptations during COVID-19 – Full Text
” The goals of this paper are to show that with greater knowledge about proper PPE and mindful resource utilization, hospitals are able to become more comfortable and efficient while providing increasingly frequent vascular access services in the current and future pandemics” Hackett et al (2022).
Inadvertent intra-arterial catheterisation in a paediatric patient
“We recommend always using a real time ultrasound tip navigation and location protocol, like the Neo-ECHOTIP protocol, to confirm the correct position of the guidewire and the catheter” Musella et al (2022).
Research into CHG use in neonates
“We used zebrafish model to verify the effects of early-life exposure to CHG on the developing nervous system, highlighting its impact on oligodendrocyte development and myelination” Choi et al (2022).
Vascular access procedure trends in NICU
“There has also been an increase in utilization of fluoroscopic / ultrasound guidance for the placement of central venous catheters” Sammour et al (2022).
Femoral vein access complication
“Catheters may stray into the right ascending lumbar vein if they are placed through the right femoral vein. Frontal abdominal radiographs may be insufficient to confirm catheter placement” Ishihara et al (2022).
Vascular access device evaluation phantom – Full Text
“Here, we present a tissue phantom that is modular in design, allowing for adjustable flow rate, circulating fluid pressure, vessel diameter, and vessel positions” Boice et al (2022).
Vascular access team global outlook
“Using detailed perspectives, in this study, we explored the global VAT landscape, including challenges faced, clinical and clinico-economic impacts of VATs, with emphasis on underresearched facets of VAT initiation, data dissemination, and metrics or benchmarks for VAT success” Morrow et al (2022).