Raised in the small town of Rudrapur, Uttarakhand, India, Dr. Bansal completed his medical school residency and postgraduate training in orthopedic surgery at King George Medical College, Lucknow.  During his postgraduate studies, he actively pursued research on spinal cord injury. He further enriched himself at Osaka City University Hospital, Osaka, Japan; Aarhus University Hospital, Denmark; Guy's Hospital, King's College, London; and Wurzburg University Hospital, Germany. 

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Because of his interest in striving for excellence in the management of CNS disorders and spinal cord injury, He undertook various visits and research associations at Miami Project to Cure Paralysis (Miami University), USA.//Reeve-Irvine Research Center, California, USA.// Queen Elizabeth Spinal Trauma Centre, Glasgow, Scotland.//Neuroscience Center-Rutgers University USA//Egaz Monis hospital, lisbon, Portugal //European spinal cord research institute, Brescia Italy//The Institute of experimental medicine Prague//Beatson Institute, university of  Glasgow//Saint Gerkatuen Hospital, Berlin Germany

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Actively involved in clinical research with autologous bone marrow, fat-derived adult Pluripotent  VSEL and MUSE stem cells in Orthopedic and Neurodegenerative diseases. Pioneered several new protocols for treatment of Optic Atrophy, Brain & Spinal cord injury, ALS, Autism, Cerebral Palsy, Osteoarthritis, nonunion ligament and tendon injuries with corresponding publication in national & international high-impact factor journals 

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Widely recognized for his patented Interlocking Nailing System for fractures of Radius and Ulna, Brain death reversal research (first time in the world), exceptional work 

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Cost-effective protocol for high-yield PRP Processing  and Dose studies and other blood based biologicals 

Development of Sonication system for non-enzymatic high-yield adipose tissue-derived stem cells processing 

Exosome isolation from autologous tissues including blood. 

Freeze-dried PRP for off-the-shelf application in wound healing and other indications 

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Ongoing studies include Development of autologous adipose tissue-derived insulin-producing beta cells in response to glucose   (animal trial stage )

Micro-fragmented fat in OA knee and rotator cuff tear of shoulder,

Disease-free life extension, antiaging. Telomere length improvement using low-level laser, nutraceuticals, 

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Present position     

Consultant Regenerative Medicine & Scientist Stem Cell research

REVITA LIFESCIENCES India, Romania, Spain, Thailand, Dubai