Surgical Glove Integrity and Perforation Management
Summary
Surgical gloves are the primary barrier against pathogen transmission and fluid exposure in operating theatres. Their protective efficacy depends on both material composition and intactness throughout procedures. Natural latex, nitrile and synthetic elastomers each exhibit distinct mechanical behaviours, including tensile strength, tear resistance and stress relaxation. Despite rigorous manufacturing standards, micro-perforations often occur unnoticed during surgery, compromising asepsis and increasing the risk of staff-to-patient and patient-to-staff infection. Double gloving, frequent glove changes and the use of indicator under-gloves have been adopted to detect breaches in real time. Emerging research emphasises standardising in-use durability tests, refining material formulations—such as guayule-based latex—and understanding procedural risk factors that drive perforation rates. Global supply chain pressures and variations in glove quality underscore the need for harmonised standards and novel assessment devices. This field remains central to patient safety, occupational health and the prevention of surgical site infections worldwide.
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Surgical Glove Integrity and Perforation Management publication trend
The graph below shows the total number of articles in surgical glove integrity and perforation management across all publications each year (not limited to Nature Index journals).
Technical terms
Micro-perforation: A puncture in glove material, typically less than 1 mm in diameter, often undetected by visual inspection.
Double gloving: Wearing two pairs of gloves concurrently to provide secondary protection and improve breach detection.
Tensile strength: The maximum stress that a glove material can withstand while being stretched before breaking.
Stress relaxation: The decrease in internal stress of a material under constant deformation over time, influencing hand fatigue and glove fit.
References
- Durability Variation Among Medical Gloves Made from Existing and New Elastomers Poses a Risk to Public Health. Global Challenges (2023).
- Assessment of glove integrity across various dental specialties in a dental school setting. Frontiers in Oral Health (2024).
- Bacterial migration through punctured surgical gloves under real surgical conditions. BMC Infectious Diseases (2010).
- Colored Indicator Undergloves Increase the Detection of Glove Perforations by Surgeons During Small Animal Orthopedic Surgery: A Randomized Controlled Trial. Veterinary Surgery (2016).
- Invention of a Medical Glove Durability Assessment Device. Inventions (2022).
- Nitrile glove composition and performance—Substandard properties and inaccurate packaging information. PLOS ONE (2024).
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