Vascular access device complication rates

vascular access

“Our findings suggest that MCs increased CRVT risk and reduced the CRBSIs risk relative to PICCs. These findings can help guide future analyses and direct comparative RCTs to further characterize the efficacy and risks of PICCs vs midline catheters” Tian et al (2026).

Veterinary vascular access training simulator – Full Text

vascular access

“These results demonstrated that the TSVT is effective for training cephalic vein puncture in dogs, faithfully reproducing anatomical structures and enabling acquisition of clinical and psychomotor skills in a safe, ethical, and repeatable manner, representing a valuable tool for veterinary education” Espinha et al (2026).

Long-term tunnelled haemodialysis catheter outcomes

vascular access

“The rates of tunnelled haemodialysis catheter failure have fallen significantly over the past 25 years. Improvements in catheter outcomes underscore the contemporary importance of an individualised approach to dialysis access” Yaxley et al (2026).

Vascular access in traumatic hemorrhagic shock – Full Text

vascular access

“While IO access enables rapid vascular access for resuscitation and reduces critical intervention time, despite its procedural efficiency in rapid vascular access for resuscitation, IO may inadvertently aggravate systemic inflammatory dysregulation, impair hematopoietic function, and worsen coagulation-metabolic disturbances through mechanisms such as mechanical stimulation, hypothermic fluid infusion, and oxidative stress” Deng et al (2026).

Appropriate vascular access device selection – Full Text

vascular access

“This study found a high prevalence of inappropriate VAD selection in hospitalised patients, especially among PVADs, although with no increased risk of complications. Further studies are needed to address effective strategies for improving the selection of VADs” Pinelli et al (2026).

Matching drug with vascular access device type – Full Text

vascular access

“The selection of venous catheters in acute care units is not usually adequate since many peripheral catheters are placed in patients who require intravenous medication during a prolonged period or who are receiving risk medication” Moreno-Rubio et al (2026).

Intravascular rewarming in major burns – Full Text

vascular access

“This report describes the first documented case of complicated removal of an intravascular warming catheter due to balloon detachment in burn patients. Physicians using these devices should be aware of this possible complication and be prepared for its management” Ligomenou et al (2026).

Vascular access choice in difficult intravenous access patients – Full Text

vascular access

“Patients with difficult intravenous access (DIVA) are at increased risk of delays, discomfort and complications due to multiple failed intravenous access attempts. However, evidence comparing commonly used alternatives, short midline catheters (SMLs) and central venous catheters (CVCs) in this population is limited” Mellander et al (2026).

Skill acquisition in novices – Full Text

vascular access

“Our findings indicate a possible benefit of even brief simulator exposure for skill acquisition for complex endovascular procedures such as MTE. While conventional training may suffice for basic skills, simulation may be particularly helpful in supporting learning in more advanced tasks” von Hessling et al (2026).

Vascular access in neonates and children

vascular access

“In this manuscript, we describe alternative approaches for establishing vascular access in pediatric patients, especially those with conditions that contraindicate conventional access methods” Drucker et al (2026).

Vascular access in the newborn

vascular access

“The NEVAT group provides the first European position paper on neonatal vascular access, aiming to improve homogeneity in device selection, insertion, and maintenance, promoting a safer and more consistent care” Barone et al (2026).

Central venous access in pediatric hematology-oncology

vascular access

“In our center, we use a systematic, multidisciplinary workflow to anticipate the treatment trajectory, prioritize venous preservation, prevent complications, and support structured salvage strategies when device dysfunction or infection occurs” Crocoli (2026).