#TechnologyForLicensing: Researchers at CCAMP, in collaboration with
@BRIC_CDFD, have successfully developed & tested in mice a novel topical formulation that shows significantly accelerated complex wound healing through promoting regeneration of tissues!
The Problem: The risk factor for complex foot ulcers is as high as 15-25% in diabetic patients, as per a global study conducted in 2018.
Efficient wound healing is a major challenge in the case of diabetic wounds/ foot ulcers, pressure ulcers, and venous leg ulcers.
Impaired wound healing greatly impacts physical, psychological, social, and economic aspects for patients, affecting their quality of life and even calling for amputations in certain difficult cases.
Current Scenario: Frequent surgical debridement, antibiotic dressings, or recombinant growth factor injections are the solutions employed now.
All have limitations ranging from the requirement of skilled medical personnel, secondary antimicrobial resistance, low efficacy and high cost.
The new formulation's performance: On a head-to-head with a marketed product, in-vivo data showed that the two proprietary components of the new formulation have significantly better:
a) Wound healing
b) Collagen deposition in diabetic animals.
We believe it will also be useful in the treatment of other complex wounds like pressure ulcers and burns.
We are inviting licensing interests.
To know more, please reach out to the CCAMP Office of Technology Transfer (
#OTT):
๐งott@ccamp.res.in
โ๏ธ080 6718 5322
@Taslimarif @DBTIndia @PrinSciAdvOff @kris_sg
@BIRAC_2012 @Convatec @MDT_Diabetes
@cardinalhealth @SmithNephewPLC @integra_life @JNJNews @MiMedx @Coloplast_WCare @orgoholdingsinc @3M