Dr. Sameer Desai is one of the well-known Paediatric Orthopedic surgeons having more than 25 years of experience in treating newborns and young children. Dr. Sameer Desai’s training as a doctor started in June 1995. During his MBBS days, his favorite subjects were Anatomy and Surgery. Dr. Sameer Desai has achieved a Gold Medal in these subjects and stood first in Poona University in his First Year MBBS. Dr. Sameer Desai finished his graduation in Jan 2000 from B J Medical College, Pune.
Dr. Sameer Desai was interested in Orthopaedics from his MBBS days. Dr. Sameer Desai was admitted for post-graduation in Orthopaedics at J. J. Hospital and Grant Medical College Mumbai. His postgraduate teacher was Dr. A.N Johari, who is a famous Paediatric Orthopaedic Surgeon in Mumbai. Dr. Sameer Desai’s thesis topic was Etiology and Management in Recurrent Clubfoot’. Under his able guidance, He decided to take up Paediatric Orthopaedics as his specialty as an Orthopedic Surgeon and has specialized in Pediatric Orthopedics from Mumbai.
Dr. Sameer Desai took special training in Clubfoot at Wadia Children’s Hospital, Mumbai. Later on, he traveled to Melbourne to train in Cerebral Palsy and Botox injection. Dr. Sameer Desai went to Sheffield Children’s Hospital, the UK to train in the management of limb deformities and deficiencies and Hip dislocations. He has been in practice since 2007 and believes in giving state of art care and treatment to children in Pune and surrounding cities.
Areas of expertise:
ClubfootCerebral palsyHip dislocationPediatric FracturesBowlegsKnock kneesProximal femoral focal deficiencyIlizarov and limb lengthening.
Publications & Seminars:
Title- Adductor release and chemodenervation in children with cerebral palsy: a pilot study in 16 children Description – J Child Orthop. 2008 Aug. Published online 2008 Jun 7
Title – Motor Milestone is children with clubfootDescription – Indian Journal of Orthopedics 2020
Title – Adductor surgery to prevent hip displacement in children with cerebral palsy: The predictive role of the Gross Motor Function Classification System