Campo-Research
Reprinted with Permission from Cosmetics Toiletries April 18th 2018
Reprinted with Permission from Cosmetics & Toiletries Crucial Considerations for Natural Preservation April 18, 2018 | Contact Author | By: Rachel Grabenhofer While there’s some room for interpreting what natural means, at the end of the day, cosmetic formulators have a marketing brief to meet. They also have a safety standard to meet, in so far as preserving the integrity
2021 Japan WSr.p Master File Cosmetic e Redacted Drug Ingredient Campo Honeysuckle Broad Spectrum Anti Viral Anti Microbial
Botanical Green Preservatives Like , Campo Plantservatives™, 2 CFR, parts 710 and 720.FDA 2511. FDA 2512. 21 CFR, parts 710 and 720.FDA 2511. FDA 2512 Super-Critical CO2 extracted Simple Natural Gravity Flow Fractionation Botanical Extract (INCI) Lonicera Japonica (Honeysuckle) flower extract CAS223749-79-9, INCI I.D:9690 and Lonicera Caprifolium (Honeysuckle) Flower Extract CAS84603-62-3, INCI I.D:8845. Compliant:US FDA-HHS-EPA TSCA CAS8023-93-6 | DTXSID8093734.US FEMA#4690. US. GRAS PUB#25. Compliant:P.R.O.CHINA COMPLIANT FOOD ADDITIVES GB9685. standard GB2760-2011China: Standards for Uses of Food Additives (Part 1).China: Standards for Uses of Food Additives (Part 2) Compliant:ISO 21149:2017. ISO 21149:2006, ISO 16128-01 & ISO 16128-02. ISO 17516:2014, ISO 11930:2019 Campo Plantservatives’ multi-functional efficacious activities of alternative preservation of various industries – (various Trade Name(s)) in poultry, animal breeding, slaughter housessanitization, botanical food supplements, gas-oil fracking recovery liquid, (Fracking Biological Microbes Infectious Dangers) in life sciences e blood & serum products, and in botanical warfare defenses, with broad p.H range 2.5 to 12 with broad spectrum disinfectant against gram negative and gram positive, fungal-fungi
How to Heal Skin Without the Scars
Posted on July 15th, 2021 by Dr. Francis Collins Most of us can point to a few unwanted scars on our bodies. Every scar tells a story, but people are spendingbillions of dollars each year trying to hide or get rid of them [1]. What if there was a way to get the wounds on our skin to heal without scarring in the first place? In a recent paper in the journal Science, a team of NIH-supported researchers has taken an important stepin this direction. Working with mice, the researchers deciphered some of the key chemical and physical signals that cause certain skin cells to form tough, fibrous scars while healing a wound [2]. They also discovered how to reprogram them with a topical treatment and respond to injuries more like fetal skin cells,which can patch up wounds in full, regrowing hair, glands, and accessory structures of the skin, and
