Raised in small town of Rudrapur Uttrakhand India, Dr.Bansal completed his medical school residency and post graduation in orthopaedic surgery from King George Medical College Lucknow. Post graduation, he actively pursued research on spinal cord injury and developed classification based on Xrays and MRI .

He completed further studies at Osaka City University Hospital, Osaka, Japan; Aarhus University Hospital at Denmark; Guy’s Hospital of Kings College, London; and Wurzburg University Hospital, Germany.

Because of his interest in striving for excellence in management of CNS disorders and spinal cord injury, Dr Bansal 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.

He is invited as Guest Speaker at various conferences and symposium in India and all across world . Chief collaborator in the Graduate Institute Geneva project titled “The Emergence Of Stem Cell Biotechnologies In India”( European Research Council).

Actively involved in clinical research with autologous bone marrow, fat derived cells in orthopaedic and neurodegenerative diseases. Pioneered several new protocols for treatment of CNS injuries (Brain Injury ,Spinal cord injury ), Cerebral palsy, Autism, Optic atrophy, Multiple sclerosis, ALS and other neurodegenerative disorders. Future plan is clinical research involving adult pluripotent stem cells  (VSEL and MUSE cells).

Recently initiated challenging  multimodality approach to reverse brain death (first time in world) with early encouraging results.

Conducting studies with a) adiposed derived cells in Osteoarthritis of knee b) scar reduction, olfactory tissue transplantation in chronic spinal injury , intralesional bone marrow derived cells implantation in spinal cord injury.

Developed Interlocking Nailing System for fractures of Radius and Ulna (Patent Granted), locked nail for fractures of lower end radius and has corresponding publications to his credit.

Using autlogous stem cells he has successfully reversed methanol induced optic (case reported for the first time in world) traumatic brain injury. (case reported for the first time from India).

Finished and published Cardiac study with Bioheart USA ; Osteoarthritis Knee study with advance health insititute  Puerto Rico USA,  mineral supplemtation in knee OA

Developed a new protocol  for spinal cord injury with duroplasty, omental transposition at (ISCI Iceland supported first ever study in World).

Co-Investigated non commercial study with neurology group Connecticut USA (2014) with autologous bone marrow & adipose derived stem cells in ALS patients.