Sports Rehabilitation

Ankita Pramanick

Dr. Ankita Pramanick

Consultant–Physiotherapist
Department
Sports Rehabilitation
Sub-Speciality
Musculoskeletal Rehabilitation, Clinical & Sports Biomechanics
Qualification

BPT, MPT (Sports and Clinical Biomechanics), MSc (Clinical Biomechanics), Certification in Neuromuscular Dry Needling, Kinesio-Taping and Dynamic Taping

Experience

14 years of experience in the field of Musculoskeletal Rehabilitation and 12 years of experience in the field of Clinical and Sports Biomechanics.

About Us:

Dr. Ankita Pramanick is a Consultant Physiotherapist in the Department of Rehabilitation and Sports Medicine at the Sir H. N. Reliance Foundation Hospital & Research Centre, since September 2014.

Dr. Pramanick completed her Bachelors in Physiotherapy, and Masters in Clinical and Sports Biomechanics from Manipal College of Allied Health sciences, Manipal University. Owing to her keen interest in three-dimensional analysis of human movement, she pursued further specialisation in Clinical Biomechanics from Robert Gordon University, Aberdeen UK.

Prior to joining our hospital, Dr. Ankita Pramanick worked independently in private clinics, providing expertise in musculoskeletal rehabilitation.

She has extensive experience in conducting detailed three-dimensional gait and motion analysis in the Laboratory in patients with:

  • neurological conditions such as cerebral palsy, stroke, Duchenne Muscular dystrophy, and Parkinsons
  • orthopaedic conditions including low back pain, walking disabilities due to post-injury/post-surgical/biomechanical changes in lower limbs
  • in Runners and sports-specific movements.

Dr. Pramanick is also skilled in musculoskeletal rehabilitation, with vast experience in manual therapy, myo-fascial release techniques, kinesiology and dynamic taping, and neuromuscular dry needling.

On academic front, she has published articles in several National journals and is proactively involved in research work.

Areas of Expertise & Special Interest:

  • Clinical and sports biomechanics
  • Rehabilitation in musculoskeletal conditions
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