'SynAFP' Works to Protect Cells From Extreme Cold
Michael Hemsworth — January 21, 2022 — Marketing
Putting on sunscreen to protect against UV rays is commonplace, so the 'SynAFP' mixture has been created as a protective ingredient that could be utilized in skincare products to help provide a similar protection from extreme cold.
The mixture comes in the form of a liquid that includes the compounds dimethyl sulfoxide (DMSO) and polyvinyl alcohol (PVA). The mixture was paired with aloe vera cream before being tested on mice and was reported to protect against tissue damage, frostbite and inflammation.
The 'SynAFP' mixture was developed by a team of scientists at India's Academy of Scientific and Innovative Research and led by Dr. Munia Ganguli. While additional testing is still required, the mixture shows promise as a potential way to protect humans from severe cold.
Image Credit: Dargaud/C.C. 4.0
The mixture comes in the form of a liquid that includes the compounds dimethyl sulfoxide (DMSO) and polyvinyl alcohol (PVA). The mixture was paired with aloe vera cream before being tested on mice and was reported to protect against tissue damage, frostbite and inflammation.
The 'SynAFP' mixture was developed by a team of scientists at India's Academy of Scientific and Innovative Research and led by Dr. Munia Ganguli. While additional testing is still required, the mixture shows promise as a potential way to protect humans from severe cold.
Image Credit: Dargaud/C.C. 4.0
Trend Themes
1. Cold Weather Skincare - The development of 'SynAFP' opens opportunities for skincare companies to offer protective products against extreme cold weather.
2. Natural Frostbite Relief - There is an opportunity for the development of natural frostbite relief products using 'SynAFP' as a key ingredient.
3. Cold-protective Textile - The applications of 'SynAFP' could be extended to textile and fashion industries for the development of cold-protective clothing.
Industry Implications
1. Skincare - The 'SynAFP' mixture can be utilized by skincare companies to develop products that offer protection from extreme cold weather.
2. Pharmaceutical - The development of 'SynAFP' as a potential cure for frostbite opens opportunities for pharmaceutical companies to explore the production of natural frostbite-relief products.
3. Textile - The fashion and textile industries can explore the use of 'SynAFP' as a key ingredient in the production of cold-protective clothing.
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