Prof. Mohammad Ali Nilforoushzadeh

Mohammad Ali Nilforoushzadeh is a Professor in the Department of Dermatology and the Head of Skin & Stem Cell Research Center in Tehran University of Medical Sciences. He is a Principle Investigator at SSRC ,also Member of the Board at Iranian Society of Dermatology. Prof. Nilforoushzadeh graduated from the University of Isfahan for M. D (1990) and the Tehran University for specialty of Dermatology (1994), also he passed a scientific course related with skin surgery and hair transplantation at university of Canada. He completed his Fellowship course in Skin, Laser and Hair Transplant from England . Prof. Nilfroushzadeh began Autologous Hair Transplant Surgery by standard punch method, then developed his method and switched to mini-micro grafting in hair transplant surgery, in recent years are used FIT, FUT and combination method in Hair Transplant sessions. Prof. Mohammad Ali Nilfroushzadeh is a reference in the field of Skin Aging, Skin Rejuvenation & Hair Transplantation and there are a lot of international publications in these regards. He attended as a Medical Faculty in annually International Congress in Europe (ESHRI) in 2003 London & Berlin.

Awards and Honors

Five Patents & Innovations
As a Top Researcher in Razi’s Festival and achieved four awards in this regard
More than 250 articles in pub med, ISI, international scientific journals and all of them are online in his google scholar’s profile
Introducing new methods and treatments in fields of Regenerative Medicine in the world, Skin Aging, Skin Rejuvenation, Hair Regrowth & Wound Healing
Working and Focus on skin cells including (Fibroblast, Keratinocyte, Melanocyte) and skin stem cells by collaboration Royan Research Institute, Isfahan and Tehran University of Medical Sciences led to the optimal usage of Fibroblasts , Adipocytes and SVF in fields of Regenerative Medicine
Manufacturing of autologous fibroblast cell (Renewderm Cell) in biotechnology factory (Cell Tech) for the first human cell production in Iran under administration of Ministry Iranian Food and Drug
Culture & proliferation of fibroblasts and keratinocytes Simultaneously for wound healing and scarring
Culture and proliferation of melanocytes for the treatment of Vitiligo
Production of human hair organoid for the first in the world
New Method for using human hair papillae and stem cell for human hair regeneration and formation
New Method for Cannula Subcision Therapy (New Method ) compared to Subcision with Needle, the result of this clinical trial is published

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