Optimum time for IV cannulation after induction with Sevoflurane
“In conclusion, we suggest that the appropriate time for cannulation is 85 seconds (1.45 minutes) after the loss of eyelash reflex in children sedated with dexmedetomidine and induction with sevoflurane and nitrous oxide-oxygen mixture” Yarimoglu et al (2022).
Infrared-assisted peripheral intravenous catheterization
“The near infrared-assisted PIVC showed a significantly higher odds ratio of first time success rate when compared to traditional PIVC” Feng et al (2022).
Modified DIVA Score
“The m-DIVA score, which incorporates prior history, increases the screening test’s sensitivity in identifying “difficult access” patients and should be further investigated as clinical tool” Rizvi et al (2022).
Peripheral IV administration of vasopressors
“This study suggests that short-term use of select vasopressors at conservative doses is safe for peripheral administration and points toward efficacy at preventing central line placement” Marti et al (2022).
Peripheral IV catheter bundle research
“Further audits identified the problem of noncompliance with the practice of aseptic non-touch technique (ANTT) and a lack of effective leadership in implementing the PVC care bundle” Tan et al (2022).
Out of hospital peripheral IV placement
“The study aimed to determine the learning curve and success rates in applying IV lines during a three-year paramedic training and the factors influencing successful placement” Häske et al (2022).
Long peripheral IV catheters in children
“LPCs show promising outcomes in select populations, with longer dwell-time than PIVs and possibly lower rates of serious complications than PICCs” Burek et al (2022).
Peripheral IV cannula insertion standard protocol
“This study was designed to study the efficacy and safety of recommended Centre for Disease Control and Prevention (CDC) guidelines for peripheral intravascular catheter insertion practice and its comparison with a standard insertion protocol being followed and their outcome” Gupta et al (2022).
Effect of fist clenching on vein visibility
“In this study, the researchers aimed to determine the average number and duration of fist clenching to increase vein visibility and palpability before peripheral intravenous catheter insertion” Eren et al (2022).
Preventing neonatal peripheral IV insertion pain
“Kangaroo care, fetal position and swaddling methods can be used in clinical practice in order to reduce the pain level and increase the comfort level during and after peripheral vascular access in prematures” Çiftci et al (2022).
Peripheral intravenous catheterisation pack – Full Text
“The developed pack appears to be a promising device that can assist healthcare professionals in providing efficient and safe care to patients requiring a PIVC” Santos-Costa et al (2022).
Homemade ultrasound peripheral IV training phantom – Full Text
“Homemade ultrasound phantoms are cost effective, increase confidence, and improve emergency medicine residents’ ability to perform ultrasound-guided vein cannulation” Sabak et al (2022).
Long peripheral cannula in COVID-19 patients
“The ultrasound-guided implantation of an 18G LPC in COVID19 patients, regardless of the state of their venous heritage, would seem to be an excellent strategy for these patients, reducing the number of venipunctures and CVC implantation, as well as allowing multiple and high pressure (contrast) infusions” Gilardi et al (2022).
IV securement bundles RCT
“A large RCT testing securement bundles is feasible, with adjustment to screening processes. Innovative dressing and securement solutions are needed to reduce unacceptable PIVC failure rates” Corley et al (2022).
Difficult intravenous access assessment tools – Full Text
“CPGs and escalation pathways unanimously recommended use of vessel visualisation technology for patients with or suspected of DIVA” Paterson et al (2022).
Clinically indicated peripheral IV replacement meta-analysis – Full Text
“The primary outcome was the incidence of phlebitis, and secondary outcomes included the risks of occlusion, local infection, infiltration, catheter-related bloodstream infection (CRBSI), and accidental removal of the PIVC” Chen et al (2022).
Successful pediatric peripheral IV catheterization – Full Text
“Difficulty in setting up PIVC was the greatest in infants and even greater than that in newborns” chu et al (2022).
Lidocaine spray before intravenous catheterisation in dogs – Full Text
“The aim of the study was to evaluate the effect of topical lidocaine spray 10% on the response to placement of venous catheters in dogs” Hoeberg et al (2022).
What fuels poor peripheral IV care – Full Text
“The clinical management of PIVCs appear ambiguous, unclear, and fragmented, with no clear professional responsibility and no nurse leadership, causing a gap in preventing infections” Blanco-Mavillard et al (2022).
Confirming Peripheral IV placement in children
“Precordial Doppler ultrasound was a feasible and accurate technique for confirming correct PIV access in children with CHD” Hirayama et al (2022).
Difficult intravenous access in children – Full Text
“We identified statistically significant variables related to difficult IV cannulation in children, which we used to develop a prediction tool to assess the likelihood of difficult IV access in pediatric patients” Al-Awaisi et al (2022).
Peripheral IV catheter care project – Full Text
“This project will improve the practice of the nursing team on peripheral venous catheterization nursing cares, positively influencing the quality of nursing care and patient safety” Catarino et al (2022).
Peripheral IV catheter care bundle – Full Text
“We sought to derive an international consensus on a PIVC bundle that could guide Portuguese nurses’ clinical decision-making in this scope” Santos-Costa et al (2022).
Using ShotBlocker during short PIV insertion
“As a result, the use of ShotBlocker® during the short PIV insertion procedure is an effective method to reduce the pain caused by the peripheral intravenous catheter” Karabey et al (2022).
Paediatric peripheral IV insertion
“The aim of the study was to determine paediatric nurses’ knowledge and experiences of PIVC insertion” Karaoğlan et al (2022).
Blood sampling from peripheral IV
“Both blood sampling methods (PVC and direct venipuncture) can be used interchangeably for routine laboratory tests on days 1 and 2 after PVC insertion using 20G/22G PVC or infused PVC” Ben Shabat et al (2022).
Peripheral IV catheter care in oncology
“At least one in ten PIVCs in cancer units present with complications; regular PIVC assessment and improved dressing integrity is likely to reduce risk and improve outcomes” Larsen et al (2022).
How to insert peripheral IV cannula
“It then undertook a research study to examine bedside practices with short peripheral catheters, which included direct observation at the bedside once weekly for 6 months” DeVries and Scott (2022).
Unnecessary peripheral IV catheters
“There seems to be a certain proportion of catheters cannulated unnecessarily in Ambulatory Emergency Care, which would justify the implementation of good practice programmes in the assessment and selection of vascular accesses” Ballesteros-Peña et al (2022).
Peripheral IV catheter needle design
“The thin-tipped short bevel needle induced lower compressive deformation and displacement of the vein than the conventional needles. This needle has the potential to improve the first-attempt success rate of peripheral intravenous catheterization in patients with difficult venous access” Tanabe et al (2022).