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Journal of Dermatology Research and Skin Care | Volume 2
May 14-15, 2018 | Montreal, Canada
Spring Dermatology &
Skin Care Expo Conference
I
n this speech, I will outline you how we establish a skin
probiotic microbiome bank with more than 50 skin probiotic
bacteria? In addition, I will highlight how these skin probiotic
bacteria can regulate our skin innate and adaptive immunity for
treatment of various skin diseases including acne vulgaris. To
rebalance the dysbiotic skin microbiome, our strategy of using
precision microbiome approaches is to exclusively trigger the
fermentation of probiotic bacteria by selective fermentation
initiators(SFIs),whichwillamplifythefermentative(zymological)
activity of probiotic bacteria against pathogens. SFIs can be
synthesized from carbohydrates, polymers andor lipids (PSL).
Unlike antibiotics, SFIs eliminate pathogens by boosting
zymological activity of probiotic bacteria. I will summarize how
skin probiotic bacteria and SFIs impact the future development
of drugs, vaccines, probiotics/prebiotics and diagnostics for
treatments of skin diseases.
Speaker Biography
Chun-Ming Eric Huang is an Adjunct Professor of medicine in the department of
dermatology at UC San Diego. His research has been focused on understanding the role
of skin microbiome in the human diseases and developing new drugs and modalities
including vaccines and drugs for treatments of skin diseases.
e:
chunming@ucsd.eduChun-Ming Eric Huang
University of California, USA
A skin probiotic microbiome bank