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Journal of

Infusion Nurses Society

An official publication of the Society
in collaboration with Vision Health Sciences Publishers.

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in Infusion Nursing

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ADVANCING INFUSION NURSING

Research • Practice • Better Outcomes

SCIENCE TODAY. STRONGER TOMORROW.

About the Journal

Journal of Infusion Nurses Society, India is the official journal, published in collaboration with Vision Health Sciences Publishers. The journal aims to advance the science and practice of infusion nursing through high-quality research, evidence-based practice, and professional development.

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Journal of

Infusion

Nursing

RESEARCH • PRACTICE • BETTER OUTCOMES

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of the Infusion Nurses Society

Volume 1 | Issue 1 | March 2024

Volume 1 | Issue 1 |
March 2024

  • Original Research Articles
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  • Evidence-Based Practice
  • Case Reports
  • Letters to Editor

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Research Article

Role of Antimicrobial Solutions in Preventing Catheter-Associated Bloodstream Infections

Vikram Guduri

Volume 1, Issue 1 • November 2026

Abstract: Vascular access devices are essential to modern care, yet catheter-associated bloodstream infections remain a persistent,high-mortality, and costly challenge. These infections arise through two primary pathways: extraluminal skin flora migration and intraluminal entry via contaminated connectors. Traditional manual protocols, such as scrubbing needleless connectors, suffer from low clinician compliance (10%–27%) and variable execution, exacerbated by severe nurse staffing shortages. A dual- pathway approach addresses these vulnerabilities by replacing technique-dependent manual tasks with passive antimicrobial protection. Intraluminal protection using 3M™ Curos™ Disinfecting Port Protectors provides passive hub disinfection and a physical barrier for up to 7 days, achieving a 99.99% microbial reduction.Complementing this, extraluminal protection using 3M™ Tegaderm™ CHG Securement Dressing continuously suppresses insertion-site flora, reducing catheter-related bloodstream infections by 60%. Passive, standardized dual-pathway technologies systematically eliminate technique variability, improve compliance, ease nursing workload, and optimize patient outcomes, presenting a strong case for bundled facility-level adoption. Keywords:

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Research Article

Minimizing Blood Leakage During Peripheral IV Cannulation: The role of Blood Control Septum Technology

Akhil Agrawal

Volume 1, Issue 1 • November 2026

Abstract: Peripheral intravenous (IV) cannulation is one of the most common invasive procedures, yet blood leakage during placement and manipulation remains an under-monitored issue that increases occupational pathogen exposure, patient discomfort, and hospital costs. Standard open catheters lack anti-reflux mechanisms, frequently causing blood spillage during line connection. Evidence from multiple independent randomized controlled and observational studies shows that blood- control septum IV cannulas, which feature an internal valve that automatically closes upon needle withdrawal,significantly reduce blood leakage from rates as high as 68.4% down to 2.0%–14.1%. Adopting blood-control technology alongside structured standard operating procedures, mandatory competency training, and routine clinical audits offers a pragmatic strategy to eliminate avoidable blood exposure. Furthermore, addressing the absence of localized data through formal surveillance will help optimize infusion nursing practice and health-system safety. Keywords:

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Review Article

A Brief Multimodal Simulation Bundle for Peripheral Intravenous Catheter Competency: A Practical Educational Innovation for Infusion Nursing

Rita Lakhani

Volume 1, Issue 1 • November 2026

Abstract: Peripheral intravenous catheter (PIVC) insertion and management are fundamental nursing responsibilities that require psychomotor skill, clinical judgment, communication, and timely recognition of complications. Although simulation is increasingly used in nursing education, competency development may be strengthened when different learning modalities are deliberately combined rather than used in isolation. This article proposes a brief, multimodal simulation bundle for PIVC competency that integrates task-trainer practice, scenario-based learning, optional peer role-play, virtual or branching clinical cases, structured feedback, and competency verification. The proposed model is informed by existing evidence supporting simulation and blended learning in PIVC and nursing education; however, the complete bundle has not been evaluated as a single intervention. The approach is designed to be resource-conscious and adaptable to orientation, continuing education, and competency programs. It offers infusion nurse educators a practical framework for connecting technical skills with clinical reasoning and patient-centered communication while maintaining alignment with current infusion therapy standards. Keywords:

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Official Publisher

Publisher Information

Vision Health Sciences Publishers is the official publishing partner of the Journal of Infusion Nurses Society, supporting scholarly communication, ethical publishing and the advancement of nursing knowledge.

Vision Health Sciences Publishers logo

Vision Health Sciences Publishers

Official publishing partner of the Journal of Infusion Nurses Society, supporting scholarly communication, ethical publishing and the advancement of nursing knowledge.

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Publisher:
Vision Health Sciences Publishers
Address:
F 260, Phase 8B Industrial Area, Sector 74, SAS Nagar, Mohali – 160055, Punjab, India
Editor-in-Chief:
Dr Bharat Pareek
Mobile:
+91 99145 83417
Website:
www.visionbookspublisher.com

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