Sharklet is a new technology that inhibits the growth of bacteria. A Florida-based company called Sharklet Technologies is bringing the technology to market. Sharklet is actually a microscopic pattern that may be imprinted onto films or manufactured directly onto the surface of objects themselves. This pattern creates an energetically unstable surface that results an inhospitable environment for bacteria. When bacteria come in contact with the surface they simply die because the energy to live and reproduce is too great.
Sharklet is inspired by the microbe resistant properties of shark skin. Sharks have a unique ability to stay clean of algae and barnacles in the ocean because the shape of their denticles. These denticles are arranged in a specific pattern that account for its microbial resistance.
Finally, it's worth noting that because Sharklet doesn't kill bacteria to inhibit its growth - it doesn't contribute to the serious and growing problem of bacterial resistance. Years and years of using kill technologies (antibiotics, disinfectants, etc.) have made bacteria stronger. Sharklet is a welcome alternative because it does not kill bacteria in order to inhibit its growth.
Learn more about Sharklet at www.sharklet.com.
Yes, Sharklet is an engineered microtexture that mimics the microscopic pattern found on shark skin. Studies have shown that bacteria have difficulty attaching and forming biofilms on surfaces designed with Sharklet technology, making it an effective way to inhibit bacteria growth.
Why would you wanna glue skin together? It will damage your skin.
Spot lotion is typically designed to target and eliminate bacteria on the skin's surface. It contains antimicrobial agents that can help reduce the growth of bacteria, thus aiding in the treatment of skin conditions like acne or skin infections.
Bacteria on the skin created odour.
It can stick to skin but is easily washed off.
Skin protects the inside of the body from bacteria. If it weren't for skin, we would get infections way too easily and certainly would not be able to survive. Not only just bacteria, but from viruses, parasites, and fungi too. A substance called melanin protects your skin from burns.
Dry skin can crack, allowing the bacteria to get below the surface of the skin.
no, unless the immune system is compromised
The bacteria that feed on dead skin cells are called "commensal bacteria." They play a role in maintaining healthy skin by helping to regulate the skin's microbiome.
It is undesirable to remove bacteria from the skin because some of the bacteria is good bacteria and is part of our body's natural protection.
the temperature of the skin.
yes, there are bacteria called flora normally colonized on the skin. Skin flora are usually non-pathogenic. One of the benefits of bacteria (flora) can offer preventing transient pathogenic organisms from colonizing the skin surface.