High-pressure-resistant peripherally inserted central catheters – Full Text
“To confirm the benefits of using peripherally inserted central catheters (PICCs) in contrast-enhanced computerized tomography (CECT) for diagnostic imaging in diabetic patients with malignant tumors and to provide a research basis for follow-up research” Zhang et al (2024).
Expert consensus on tunnelling PICC
“To formulate an expert consensus on an evidence-based overview of all topics related to the Tunneled Peripherally Inserted Central Venous Catheters” Li et al (2024).
Anaphylaxis associated with PICC catheterization
“The increasing incidence of anaphylaxis related to PICC catheterization necessitates greater awareness among healthcare providers. Further research is needed to identify the exact culprits during PICC insertion and develop effective strategies for preventing anaphylactic reactions” Wu et al (2024).
Ambulatory monitoring of PICC-associated complications
“A tool for ambulatory monitoring of PICC-associated complications with a solid content validity was obtained” Sofie et al (2024).
Clinical nurse specialist neonatal PICC team achieve zero CLABSI rates
“The adoption of a CNS-led PICC team was instrumental in achieving a zero CLABSI rate over a prolonged period” Bedwell et al (2024).
Spontaneous PICC migration into the azygos vein – Full Text
“This case report presents an incident of spontaneous migration of a peripherally inserted central catheter (PICC) into the azygos vein, leading to accidental transection during surgery” Mao et al (2024).
Appropriate tourniquet pressure for PICC placement
“When inserting a PICC into the basilic vein of the upper arm, a narrow blood pressure cuff should be used as a tourniquet to avoid concealing the puncture site. The aim of this study was to determine the appropriate tourniquet pressure using a narrow cuff when inserting a PICC into the upper arm” Tsubota et al (2024).
Intracavitary ECG assisted femoral PICC – Full Text
“After multidisciplinary consultation, a transfemoral PICC combined with intracavitary electrocardiography (IC-ECG) was performed to establish venous access. This case can assist PICC catheterization nurses in developing optimal venous access strategies tailored to the specific situations of patients in similar situations” Tian et al (2024).
PICC for OPAT spinal infection treatment – Full Text
“We carried out a retrospective study involving 67 patients who were administered peripherally inserted central catheter (PICC) for IV antibiotic treatment from January 2020 to December 2022” Bonk et al (2024).
Self management of your PICC line
“Available research evidence suggests that self-management education is effective in reducing PICC catheter-related complications in patients with PICC placement” Qi et al (2024).
PICC-related thrombosis prophylaxis – Full Text
“To evaluate and analyse the quality of clinical practice guidelines for Peripherally Inserted Central Catheter-related thrombosis (PICC-related thrombosis) to identify the most current and effective prophylactic measures recommended in the guidelines” Zhang et al (2024).
Impact of tunneling PICC on CLABSI rates
“We aimed to evaluate whether subcutaneous tunneling in peripherally inserted central catheters (PICC) placement could reduce the occurrence of central-line associated blood stream infection (CLABSI)” Kim et al (2024).
Tunneled PICC clinical outcomes – Full Text
“Comparing the differences in efficacy and adverse reactions on the application between tunnel peripherally inserted central catheter (TPICC) and ultrasound-guided peripherally inserted central catheter (PICC) in patients with advanced tumors” Zheng et al (2024).
Complications of tunneled and non-tunneled PICC – Full Text
“The subcutaneous tunneling technology has advantages over normal technique in decreasing PICC-related complications for cancer patients undergoing chemotherapy” Hong and Mao (2024).
Ultrasound protocol for PICC tip location in neonates – Full Text
“Standardized US examinations have shown similar potential for evaluating the location of PICC lines when compared with radiographic studies. Implementing a standardized protocol in the NICU may facilitate the ultrasound assessment of PICC lines and reduce exposure to ionizing radiation” Firszt et al (2024).
Complications associated with PICC tunneling
“The findings of this study suggest that both standard and pseudo-tunnels provide comparable levels of safety and comfort for patients. It was noted that Pseudotunnel offers an equivalent level of safety for patients with coagulation disorders related to PLT and INR, rendering it comparable to a “minimally invasive procedure,” which necessitates the same precautions as a non-tunneled PICC” Elli et al (2024).
Reducing PICC-related complications – Full Text
“Daily PICC assessment, particularly in patients with prolonged catheter use, PICC insertion into the brachial vein, or in postoperative care after cardiac surgery may significantly reduce CLABSI and CRT cases” Oviedo-Torres et al (2024).
Safety of PowerPICC catheters – Full Text
“The findings indicate that these catheters are safe and can be effectively used in the general patient setting and when inserted by a variety of clinicians” Troubil et al (2024)
PICC line complications in oncology – Full Text
“The study underscores the utility of LASSO logistic regression in the personalized risk evaluation of PICC line complications, recommending its integration into clinical practice” Zhang et al (2024).
Peripherally inserted central catheter migration – Full Text
“PICC fracture is less common and always seen without significant discomfort if not found timely, and it may lead to serious complications, such as pulmonary embolism, and even death. Early detection and removal may help to prevent significant mortality” Anand et al (2024).
PICC outcomes in patients with gastroenterological diseases
“Gastroenterological malignancies and older age were associated with a higher risk of CLABSIs. Rigorous catheter management is crucial for preventing complications, particularly in vulnerable patient subgroups” Yamamoto et al (2024).
PICC complication case study in a patient with sickle cell disease – Full Text
“We present the case of a West African male, age 45, with chronic osteomyelitis, who developed a life-threatening pulmonary embolism (PE) due to peripherally inserted central catheter (PICC line) thrombosis, triggering a hemolytic crisis and thereby revealing HbSC disease” Ali et al (2024).
Correcting neonatal PICC tip location – Full Text
“This case highlights the significant impact of arm positioning on PICC placement and underscores the efficacy of external extremity manipulation as a simple, non-invasive technique to adjust catheter position” Muddasani et al (2024).
Preventing PICC line breakage – Full Text
“We propose some ideas such as selecting high-quality catheter materials and avoiding over extension or repeated bending are crucial in preventing PICC line breakage” Jing et al (2024).
Nurse-led peripherally inserted central catheter service – Full Text
“A nurse-led model for PICC insertion has remarkably high success rates and low rates of complication, highlighting the pivotal role of a specialised PICC team” Alsaleh et al (2024).
Exercise to prevent femoral PICC-related thrombosis
“The maximum angle ankle pump exercise mode can reduce the incidence of catheter-related thrombosis and unplanned catheter removal in patients with lung cancer with PICC catheterization through femoral vein, increase catheter retention time, but it can easily cause patient fatigue” Liao and Wu (2024).
Strategies that influence the selection of PICC material and design – Full Text
“To explore the implementation contexts and strategies that influence the uptake and selection of alternative peripherally inserted central catheter (PICC) materials and design” August et al (2024).
National Association of Neonatal Nurses PICC guidelines
“The NANN PICC Guideline has served as a respected resource for vascular access protocol development in neonatal intensive care units around the world. This most recent edition continues as the foundational resource for protocols, policies, and procedures development for nurses and other clinicians inserting PICCs and managing neonates and infants with PICCs around the world” Sharpe et al (2024).
Neonatal PICC-related thrombosis risk factors
“This systematic review and meta-analysis illuminates the incidence and risk factors linked to neonatal PICC-related thrombosis, delivering essential insights pivotal for clinical decision-making and enhancing patient care within neonatal health care settings” Chen et al (2024).
Neonatal PICC virtual training simulator – Full Text
“This neonatal virtual simulation software serves as a complement to, rather than a replacement for, traditional clinical training. Its integration into educational programs significantly enhances learning outcomes” Fu et al (2024).