Bedside tunneled central venous catheter placement
“To determine if TDCs and other tunneled central venous catheters (tCVC) can be placed safely using anatomical landmark techniques without the use of fluoroscopy” Sawaf et al (2024).
CVC-related complications in pediatric patients – Full Text
“Central venous catheter (CVC)-related complications remain a significant cause of morbidity in pediatric hematology-oncology. We prospectively surveyed the incidence of CVC-related complications in children with hematologic-oncologic diseases” Garonzi et al (2024).
Removing knotted epicutaneo-caval catheter from a neonate
“In this case, we introduced a spontaneous knot formation during the insertion of the central catheter, which was finally successfully removed” Shi et al (2024).
Iatrogenic injuries associated with central venous catheters
“CVC contributed toward 31% of all non-operation related iatrogenic injuries. One in 54 admissions (946/51 178) and one in 47 (574 /27 342) patients undergoing an operation sustained an iatrogenic injury. The annual rate of iatrogenic injuries did not decrease over the decade despite a multifaceted approach to reduce them” Wain et al (2024).
Treatment of iatrogenic left vertebral artery injury – Full Text
“We describe a case of endovascular treatment for an iatrogenic left vertebral artery injury after central line catheter placement in a 68-year-old male patient” Endo et al (2024).
CVC insertion results in subclavian artery pseudoaneurysm – Full Text
“A pseudoaneurysm of the subclavian artery following central venous catheter placement is a rare but potentially fatal complication that often requires surgical intervention. However, surgical repair of the subclavian artery remains challenging” Kim et al (2024).
VTE prophylaxis in cancer patients with CVC – Full Text
“The introduction of direct oral anticoagulants (DOACs), with its proven efficacy and safety in multiple clinical indications, have renewed the attention to VTE prophylaxis in cancer patients with CVC” Abdel-Razeq and Al-Jaghbeer (2024).
Neonatal central venous catheterization protocol
“Recently, the GAVeCeLT has proposed a protocol called SICA-PED (i.e. Safe Insertion of Central Access in Pediatric patients) and includes seven evidence-based strategies” Spagnuolo et al (2024).
CVC placement with eye-tracking glasses
“In this observational study, the study authors describe their experience using first-person wearable video-recording technology to precisely measure the timing of discrete events during CVC placement by anesthesia residents and anesthesiologists” Vergara-Escudero et al (2024).
CVC in the management of septic shock – Full Text
“Peripheral catheters, such as peripheral intravenous catheters and midline catheters, have been separately purported to be safer, quicker to insert, and equally useful as central venous catheters. However, both peripheral intravenous catheters and midline catheters carry very real risks and cannot match the central venous catheter’s utility” Wu and Sefa (2024).
Hickman catheter complications in pediatric cancer patients
“This study aimed to identify the frequency, severity, and risk factors associated with Hickman catheter-related complications in children with hemato-oncological malignancies at the largest pediatric tertiary care unit in Bosnia and Herzegovina” Zvizdic et al (2024).
Central venous catheter use in haemodialysis – Full Text
“Vascular access plays a predominant role in the hospitalization and mortality rates in haemodialysis. Patients with an arteriovenous fistula obtained significantly better outcomes than those with central venous catheters” Campos et al (2024).
CLABSI associated with non-tunneled central venous catheters – Full Text
“Prolonged use of non-tunneled CVCs for chronic hemodialysis was associated with a low incidence of bacteremia. Gram-positive microorganisms prevailed among causative agents. A prior CVC infection almost trebled the risk for CVC-related bacteremia in our pediatric population receiving hemodialysis” Di Pinto et al (2024).
Central venous catheter complication rates
“Central venous catheters (CVCs) are commonly used but are associated with complications. Quantifying complication rates is essential for guiding CVC utilization decisions” Teja et al (2024).
Central venous catheter safety
“Despite the benefits of CVCs, complications, particularly infections, have become a major focus of US hospital quality improvement efforts due to federal and state initiatives that emphasize patient safety, transparency, and accountability” Saade et al (2024).
Difficult-to-extract central venous catheter case study – Full Text
“We experienced the first case of a difficult-to-extract central venous catheter removed with a pacemaker lead removal system” Takamizawa et al (2024).
CVC mechanical complication rates – Full Text
“The hypothesis was confirmed as differences in distribution of predefined variables between operator genders were found. Despite being less experienced, female operators had a lower rate of major mechanical complications” Naddi et al (2024).
Embolisms caused by central venous catheter thrombus – Full Text
“Here, we report a case of simultaneous coronary and lower limb artery embolism in a PFO patient carrier of a CVC. The patient presented to the hospital with acute chest pain and lower limb fatigue. Doppler ultrasound showed a large thrombus in the right internal jugular vein, precisely at the tip of the CVC” Li et al (2024).
Central line tip misplacement study – Full Text
“In this large prospective multicentre cohort study, performed in the ultrasound-guided era, we demonstrated the incidence of tip misplacements to be 3.7 (3.3-4.1)%. Right internal jugular vein catheterisation had the lowest incidence of both minor and major tip misplacement” Ängeby et al (2024).
Ultrasound-guided central venous catheterization review
“This review aimed to compare the first-pass success rate and arterial puncture rate for different approaches to ultrasound-guided CVC above the diaphragm” Imai et al (2024).
Minimizing central line days for very low birth weight infants – Full Text
“Multivariable logistic regression analysis for sepsis revealed that both birth weight and pre/post QI consistently demonstrated an association with lower sepsis rates in the Post-QI period” Shin et al (2024).
Loss of guidewire during central venous catheter insertion – Full Text
“Following the insertion of the CVC, the loss of the guidewire was noted, prompting immediate chest and abdominal X-rays, revealing its location in the inferior vena cava. The guidewire was surgically removed without any recorded complications” Batarda Sena et al (2024).
Subclavian vein CVC in pediatric patients – Full Text
“The aim of this study is to assess our experience in the management of pediatric subclavian vein catheters (SVCs) and to investigate the main risk factors for complications” Jarraya et al (2023).
eLearning on central venous access devices – Full Text
“One in four CVADs prematurely fail, which is associated with increased mortality, morbidity and a negative impact on quality of life” McLean et al (2024).
Tunnelled central venous catheters in haemodialysis patients
“Reasons for use of T-CVC are varied and poorly understood. A significant and increasing proportion of incident haemodialysis patients in Victoria, Australia have required T-CVC over the last decade” Steinberg et al (2023).
CVC insertion in patients at increased risk of bleeding
“In this study we demonstrated that the application of the GAVeCeLT suggested bundle can minimize the number of bleeding complications even in patients hospitalized in Internal Medicine Units” Mumoli et al (2024).
Optimal central venous catheter insertion depth – Full Text
“This prospective observational study investigated the optimal insertion depth of the central venous catheter through the right internal jugular vein using transesophageal echocardiography” Lee et al (2024).
Internal jugular central venous catheter tip confirmation
“This study aimed to determine the feasibility and accuracy of using the central venous pressure (CVP) waveform to confirm the placement of internal jugular CVCs” Chua et al (2023).
Subclavian vein catheters in paediatric cancer patients
“This study showed increased difficulty and higher morbidity related to infraclavicular subclavian vein catheterization among infants and children suffering from cancer” Jarraya et al (2024).
Immediate CVC insertion-related complications – Full Text
“This study showed that major immediate insertion-related complications, although not directly responsible for any death, were associated with increased 30-day, 90-day and 180-day mortality. These findings clearly demonstrate the importance of using all possible means to prevent avoidable insertion-related complications after central venous catheterisation” Ingefors et al (2024).