The smooth surface of typical medical gloves can retain and transfer friction ridge detail, much like a smooth surface touched with bare hands. This transferred material, comprised of sweat, oils, and other substances, can create latent prints detectable through standard forensic techniques like dusting with powder or using chemical reactants. For example, a glove handled object at a crime scene might yield identifiable prints from the wearer.
Understanding the potential for glove prints is crucial in forensic science, healthcare, and related fields. This knowledge aids investigators in accurately interpreting evidence, potentially linking individuals to objects or locations. Historically, the awareness of this phenomenon evolved alongside fingerprint analysis, becoming increasingly relevant as glove use became more widespread in medical and other professional settings. This has led to the development of specialized techniques for analyzing prints left by various glove materials.