Developing a sustainable engineered Microbiota for treating male pattern baldness

Researcher:
Assoc. Prof. Roee Amit | Biotechnology and Food Engineering

Categories:

Medical Devices & Digital Health

The Technology

Atopic skin treatments are effective on a minority of patients due to a limited repertoire of sufficiently stable active molecules, delivery of drug to the disease target, a requirement of continuous daily applications over several months, and may also cause severe side effects.The technology aimed at engineered B. subtilis bacteria strains which will bealtered to secrete an enzyme or any other desired molecule that has the targeted therapeutic orpharmaceutical value. Specifically, the development of a B.subtilis strain that can secrete functional 3α-HSD enzymes at high titters. In addition, engineered E. Coli produces an excess of the co-factor (NADPH) that DHT reduction in the scalp and inside of the roots and hair follicles. This enzyme reduces DHT, the agent testosterone derivative believed to be responsible for male pattern balding, to the inert 3α-Androstanediol derivative. Furthermore, a carrier polymer (Pluronic) was added, thus have a living formulation that is ready to be deployed and tested .

Advantages

Engineered B.subtilis will generate slow and constant release of the 3α-HSD enzymes

Expected not to have side effects

Easy and friendly use

Slow and constant release

Prolonged treatment vs the usual treatments

Direct delivery to hair follicles using specialized comb

 

Applications and Opportunities

New class of of baldness treatment

Could serve as a platform for other scalp skin treatment.

arrow Business Development Contacts
Motti Koren
Director of Business Development, Life Sciences
our new tracks