Neonatal vascular access outcomes – Full Text
“Our aim was to study practices regarding the choice of vascular access and outcomes” Riskinet 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).
Sodium bicarbonate verifies IV catheter placement – Full Text
“The injection of diluted sodium bicarbonate (in mechanically ventilated patients) can be used to reliably identify the correct location of an IV catheter by an increase in the exhaled carbon dioxide concentration” Keidan et al (2022).
Dialysis vascular access training in Perú – Full Text
“Central venous catheter is the most frequently used vascular access in the prevalent hemodialysis population (76%), despite its known complications” Castillo Velarde and Vachharajani (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).
Shared decision making in vascular access selection
“Repeated VA discussions that are integrated with other higher-level decisions are needed to promote VA shared decision-making and preparedness” Elliott 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).
Vascular access patient decision aid
“An advanced prototype of the mobile application (VA App) was developed over 3 years as a patient decision aid” Kingsmore et al (2022).
Dialysis access of end-stage kidney disease
“Tunneled CVC only access format incurred lower cost and is suitable for carefully selected patients” Ho et al (2022).
End stage vascular access for intestinal failure patients – Full Text
“We retrospectively analyzed the course of all children in our intestinal rehabilitation program undergoing hybrid central line placement” Sieverding et al (2022).
Vascular access history and AV fistula failure – Full Text
“Previous TVC use was associated with poorer AVF function at 6 and 12 months, with a higher rate of assisted maturation” Diep et al (2021).
Dialysis vascular access education materials – Full Text
“In collaboration with key stakeholders, we developed mixed media vascular access education materials that were well-received by patients and providers” Dorough et al (2022).
Personalized approach to hemodialysis vascular access – Full Text
“We conclude that a personalized approach to hemodialysis vascular access will require dynamic care specifically relevant to the individual on the basis of biologic factors, fluctuating clinical needs, values, and preferences” Murea and Woo (2022).
Vascular access creation in pre-dialysis patients
“In a group of patients referred for vascular access creation the predictive models are relatively poor when applied to initiation of dialysis” Kuningas et al (2022).
WIN vascular access technique – Full Text
“For further evaluating the feasibility and safety of wire-in-needle (WIN) technique application for ultrasound-guided central venous catheter (USG-CVC) insertion in a pediatric intensive care unit (PICU)” Jorya et al (2022).
Vascular access VTE risk assessment
“The risk of VTE and benefits should be considered when selecting PORTs or PICCs for cancer patients” Wang et al (2022).
Emergency vascular access device placement in Australia
“Queensland paramedic practices relating to insertion of PIVCs, and IO devices appears consistent with documented practice internationally” Mason et al (2022).
Vascular access in therapeutic apheresis
“Permanent vascular access such as AVF, tunneled cuffed central lines, and implantable ports are more beneficial in prolonged treatment period” Golsorkhi et al (2022).
Vascular access electronic medical record
“The algorithmic approach developed by vascular access nurses led to statistically significant reductions in unnecessary peripherally inserted central catheter placement” Bechdel et al (2022).
Vascular access for vasopressors
“We identify several important risk factors that may help guide clinicians deciding between peripheral and central venous catheter administration, and present a predictive model that may inform future prospective trials” Haimovich et al (2021).
Vascular access in the Czech Republic
“Based on our findings, we developed general indications and recommendations for venous access to cancer patients which represent the consensus of an interdisciplinary team of specialists” Maňásek et al (2021).
Vascular access for chemotherapy
“In the delivery of long-term chemotherapy, peripherally inserted central catheters should be considered a cost-effective option when compared with Hickman” Wu et al (2021).
Vascular access device chest-to-arm tunneling
“Our experience suggests that CTA tunneling is a safe maneuver, with very low risk of complications, and should be considered as an option in patients with complex venous access” Annetta et al (2021).
Ultrasound vascular access in children
“This article gives a review of the current evidence, the basic knowledge of the technique and the structured approach to follow for supraclavicular ultrasound-guided brachiocephalic vein access in children and neonates” Acosta and Tusman (2021).
Effect of virtual reality on pain during vascular access in children
“Effect of virtual reality on pain during vascular access in children fear, there is significant heterogeneity between studies” Saliba et al (2021).
New technology for hemodialysis vascular access
“Recently, major innovations in devices and technology for hemodialysis vascular access care have rapidly changed the landscape” Vachharajani et al (2021).
Quality assessment of vascular access procedures for hemodialysis
Quality assessment in vascular access procedures for hemodialysis is not clearly defined. The aim of this article is to compare various guidelines regarding recommendation on quality control in angioaccess surgery” Fila et al (2019). Abstract: Quality assessment in vascular access procedures for hemodialysis is not clearly defined. The aim of this article is to compare […]
Current status of dialysis vascular access in Japan
At the second Dialysis Access Symposium held in Nagoya, Japan, a proposal was made to investigate the differences in vascular access methods used in different countries” Fukasawa (2019). Abstract: At the second Dialysis Access Symposium held in Nagoya, Japan, a proposal was made to investigate the differences in vascular access methods used in different countries. […]
Randomized controlled trial examines ultrasound-guided central venous catheterization
The combined short-axis-and-long-axis approach for ultrasound-guided central venous catheterization had a lower posterior wall puncture rate than the SA-OOP approach, but there was no significant difference with the long-axis in-plane approach” Takeshita et al (2019). Abstract: OBJECTIVE: The authors compared the occurrence of posterior wall puncture using the short-axis out-of-plane and long-axis in-plane approaches with […]