Home care model for patients with PICC
“This study aimed to develop a mobile care application for peripherally inserted central catheter maintenance, which incorporated five functions: data recording, health education, image uploading, regular reminders, and online consultation” Zheng et al (2025).
PICC insertion length prediction formula
“The PICC insertion length prediction formula could reduce excessive deep tip positioning, but further measures are required to enhance tip placement in the superior vena cava” Okuwaki et al (2025).
Lower extremity PICC malposition in an extreme preterm neonate
“In this report, we describe a rare abdominal wall complication of PICC placement through the saphenous vein in an extreme preterm, manifested clinically by hypoglycemia and a seemingly abdominal wall abscess” Mouhssine et al (2025).
PICC-associated tricuspid valve endocarditis in pregnancy – Full Text
“We report the case of a 21-year-old woman at 29 weeks and four days of gestation who presented with one-week history of severe epigastric pain, pleuritic chest pain, dyspnoea, and chills. A peripherally inserted central catheter line had been placed at 14 weeks of gestation for outpatient management of hyperemesis gravidarum” Anderson et al (2025).
PICC self management by patients – Full Text
“Construct a home-based self-management program for patients with indwelling PICC based on the information-motivation-behavioral skills (IMB) model to improve patient self-management” Fu et al (2025).
Cost-effectiveness of chlorhexidine-coated PICC compared with standard PICC – Full Text
“This study was conducted to assess the cost-effectiveness of chlorhexidine-coated (AGBA) peripheral insertion central catheters (PICCs) versus standard PICCs for managing catheter-related complications among patients with hematologic disease” Xu et al (2025).
How to retrieve embolized PICC fragment – Full Text
“Here we present a case report with peripherally inserted central catheter (PICC) fragment dislodged to the right main pulmonary artery without free ends managed by a new method” Zhang et al (2025).
PICC tip migration in neonates – Full Text
“Peripherally Inserted Central Catheter (PICC) tip migration often occurs after placement despite efforts to position the tip centrally. This study aimed to quantify PICC tip migration within 3-7 h post-insertion and evaluate the effectiveness of manual adjustments for repositioning” Diewo et al (2025).
PICC tip malposition in preterm infants – Full Text
“To explore the risk factors affecting peripherally inserted central catheter (PICC) tip malposition in preterm infants” Liang et al (2025).
PICC insertion and management by vascular access teams – Full Text
“PICC insertion and management by vascular access teams enables units to achieve a low complication rate in onco-hematological patients” Ferraz-Torres et al (2025).
PICC and midline catheter comparison – Full Text
“To assess the noninferiority of MVCs compared with PICCs as a reliable vascular access for peripheral IVT and blood draws for IVT that does not require a central VC” Bentridi et al (2025).
Comparing prophylactic heparin with PICC complication rates – Full Text
“This study aimed to examine the association of prophylactic heparin with elective PICC removal rates, with complication rates and dwell-times” Wackernagel et al (2025).
PICC associated arrhythmia induced by patient position change – Full Text
“he novel case report of a temporary arrhythmia that developed after a positional change in a patient under general anesthesia emphasizes the possibility of potentially lethal cardiac arrhythmias that may develop owing to caudal movement of the peripherally inserted central venous catheter ([CVC] PICC) tip when changing patient positions” Utsumi et al (2025).
Sheath-dilator insertion technique in PICC placement
“Using the alternative technique, a high success rate of first-attempt PICC insertions was achieved. This approach may reduce the need for additional dermatotomy, thus minimising patient morbidity and improving procedural outcomes” Young et al (2025).
Peripherally inserted central catheters in neonates – Full Text
“During neonatal PICC catheterization in the NICU, the preferred approach is to perform venous catheterization of the lower extremities and ensure that the catheter tip remains positioned within the vena cava. This technique is associated with a reduction in catheter-related complications” Fu et al (2025).
Maintenance of peripherally inserted central catheters
“Long-term maintenance of PICCs is important for their functions, but little is known about this. We aimed to describe the PICC dwelling time in general pediatric wards, taking both complications and intentional routine removal into consideration, and explore the factors for long-term maintenance” Nakao et al (2025).
Knotted peripherally inserted central catheter
“We present an inadvertent unusual complication of a double square knot found within a PICC in this case report” Madivanan et al (2025).
Preventing PICC complications
“Ultrasound-guided catheter insertion and nonsilicone catheters effectively prevented PICC complications. The evidence for other comparisons was too uncertain to draw conclusions, highlighting the urgent need for additional studies on prevention and control interventions” Dobrescu et al (2025).
PICC tunnel length – Full Text
“Tunneled peripherally inserted central catheters (PICCs) are crucial for delivering long-term intravenous therapies to cancer patients. We compared PICC-related complications among different patient groups and identify potential factors contributing to these complications” Li et al (2025).
Study explores the experience of children undergoing PICC insertion – Full Text
“The findings underscore the importance of gaining a deeper understanding of the symptoms and needs of pediatric cancer patients undergoing PICC insertion. By appreciating and honoring children’s voices, we can effectively cater to their distinct worries and guarantee they get the care and consideration they merit” Li et al (2025).
Removal of stuck PICC – Full Text
“Difficult PICC removal can result after prolonged dwell times. When conventional noninvasive interventions are unsuccessful, fluoroscopy-guided guidewire-assisted technique is a safe and effective method for the removal of adherent PICC” Xu et al (2024).
PICC-RVT risk assessment – Full Text
“Machine learning models that incorporate time-to-event data can effectively predict PICC-RVT risk. The DeepSurv model, in particular, shows excellent discriminative and calibration capabilities. Albumin levels, type of prefill sealant, and activated partial thromboplastin time are critical indicators for identifying and managing high-risk PICC-RVT patients” Li et al (2025).
PICC outcomes in hematological cancer patients – Full Text
“This review aimed to examine if there is any difference in the risk of thrombosis and central line-associated bloodstream infection (CLABSI) with the use of peripherally inserted central catheter (PICC) and conventional central venous catheters (CVC) in hematological cancer patients” Ge and Zheng (2025).
Vascular access device complications in pregnancy
“The objectives are 3-fold: (1) discuss indications and contraindications, approach to placement, and associated complications for PICC lines, arterial catheters, centrally inserted central catheters, and peripheral intravenous catheters; (2) review available data regarding complications associated with these catheters in pregnancy; and (3) propose an evidence-based approach to clinical decision making regarding vascular access in 2 clinical scenarios among pregnant patients” Sarosi et al (2025).
PICC catheter material comparison
“Among adults and children who were referred for PICC placement, the risk of device failure due to noninfectious or infectious complications was not lower with hydrophobic or chlorhexidine PICCs than with standard polyurethane PICCs” Ullman et al (2025).
Study recommends targeted educational PICC programs – Full Text
“Therefore, to improve the prevention of PICC-associated bacteremias in patients, our data should encourage local infection prevention teams to implement targeted educational programs to reinforce strict aseptic practices during catheter manipulations and dressing changes” van der Mee-Marquet et al (2025).
Nursing interventions to prevent PICC complications – Full Text
“This review identified nursing interventions in adults to prevent PICC-related complications, categorized into five main groups: pre-procedure, during the procedure, post-procedure, maintenance, and team management interventions. Nurses are pivotal in averting PICC complications by employing evidence-based nursing interventions at each process stage” Vilão et al (2024).
Cost of PICC placement by nurses – Full Text
“This study aimed to estimate the direct costs of peripherally inserted central catheterization by nurses for hospitalized patients” Zandonadi et al (2024).
Managing PICC site problems associated with toxic epidermal necrolysis
“We present a 69-year-old male with recurrent bladder tumor receiving atezolizumab via PICC, developing TEN and catheter-associated skin impairment (CASI)” Li et al (2024).
PICC length measurement in neonates – Full Text
“To compare the conventional measurement with an alternative measurement for inserting peripherally inserted central catheters (PICCs) in neonates” Dorea et al (2024).