ANTIMICROBIAL GLOVES

An MD-Antimicrobial glove is a type of Medical Examination Glove that incorporates antimicrobial properties designed to kill microorganisms on the external surface of the glove upon contact. The primary purpose of these gloves is to provide an extra layer of protection against microbial transmission and cross-contamination in healthcare settings.

  • 1. Non-Leaching Antimicrobial Technology:

    Unlike traditional gloves, which may passively protect against microbes, MD-Antimicrobial gloves are designed with non-leaching antimicrobial technology. This means that the antimicrobial agent actively kills microbes on the external surface of the glove upon contact.

  • 2. Photosensitize as the Active Ingredient:

    The active ingredient in these gloves is a photosensitizer. When exposed to light, this photosensitizer generates singlet oxygen, which, in turn, oxidises the proteins and lipids of bacteria. This process leads to the rapid death of microbes, providing an immediate and effective antimicrobial action.

  • 3. Instantaneous Action:

    The singlet oxygen generation and subsequent microbial oxidation occur instantaneously upon contact with the glove's surface. This rapid action is crucial in preventing the spread of microbes and reducing the risk of healthcare-associated infections.

  • 4. High Microbial Kill Rate:

    The gloves have a high microbial kill rate, with the ability to eliminate up to 99.999% of selected bacteria. This feature emphasises the gloves' effectiveness in reducing the microbial load and preventing the transmission of harmful microorganisms.

  • 5. Elimination of Cross-Contamination Risk:

    By actively killing microbes on contact, these gloves aim to eliminate the risk of cross-contamination, which is particularly important in healthcare settings where maintaining a sterile environment is critical.

Overall, MD-Antimicrobial gloves are positioned as an innovative solution to enhance the protective capabilities of medical examination gloves, contributing to the reduction of infection risks in healthcare environments.