From the Blog
Latest updates, stories, and technological insights from our world of Physical Medicine and Rehabilitation (PMR).
Latest updates, stories, and technological insights from our world of Physical Medicine and Rehabilitation (PMR).
Kochi, Kerala: Aster Medcity has inaugurated the Aster PMR Advanced Neurorehab Centre, strengthening its focus on advanced and comprehensive rehabilitation care for individuals working towards improved mobility and independence.
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Nagpur, September 2026: Rehabilitation in India is increasingly incorporating robotics, artificial intelligence and data driven technologies into clinical practice. At AIIMS Nagpur, this shift is taking shape through the introduction of G Gaiter, a Made in India robotic gait training system developed by Genrobotics Medical & Mobility. AIIMS Nagpur has inaugurated its Advanced Neurorehabilitation Services and Modular Prosthetic and Orthotic Facility, with G Gaiter becoming part of its rehabilitation technology ecosystem. The facilities were inaugurated by Dr. Ashish Deshmukh, MLA, Saoner, in the presence of Dr. Rajeev Potdar, MLC, Prof. Dr. Prashant P. Joshi, Executive Director & CEO, AIIMS Nagpur, senior officials, faculty members, patients and their families.
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Hospitals have traditionally been judged by how effectively they diagnose illness, perform surgery, or manage critical care. Increasingly, however, another question is shaping investment decisions: how well do patients recover after treatment? Recovery has become a defining measure of healthcare quality, influencing patient outcomes, hospital efficiency, and long-term healthcare costs. This shift is driving renewed attention toward rehabilitation services. Hospitals are expanding rehabilitation capabilities not simply because demand is increasing, but because recovery is becoming a strategic priority. At the centre of this transformation is medical robotics, a field that combines robotics, intelligent sensing, biomechanics, and clinical expertise to help deliver more consistent, measurable, and personalised rehabilitation.
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Few public health initiatives have reshaped India's healthcare landscape as profoundly as Ayushman Bharat. By reducing financial barriers to hospital-based treatment, the programme has enabled millions of people to access surgeries, emergency care, and specialised medical services that were previously out of reach. Yet an important question remains largely unanswered: what happens after patients leave the hospital? For many individuals recovering from stroke, spinal cord injuries, orthopaedic procedures, neurological disorders, or major trauma, discharge marks the beginning—not the end—of recovery. Expanding access to treatment is a significant achievement, but without strong rehabilitation services, many patients struggle to regain mobility, independence, and quality of life. The next phase of India's healthcare transformation may therefore depend on strengthening rehabilitation as a core pillar of care.
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Rehabilitation has traditionally depended on one essential question: Is the patient improving? For decades, answering that question relied largely on clinical observation, therapist experience, and periodic functional assessments. While these remain fundamental to quality care, rehabilitation medicine is entering a new phase—one where recovery can be measured with greater precision, therapy can adapt in real time, and clinical decisions are increasingly supported by intelligent data. This evolution is being driven by artificial intelligence in rehabilitation. Rather than replacing therapists, AI is helping healthcare professionals understand patient progress more deeply, personalise treatment pathways, and deliver rehabilitation that is both evidence-based and responsive to individual needs.
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India's healthcare conversation is quietly undergoing a demographic shift. While much attention has been focused on infectious diseases and acute medical care, another challenge is steadily reshaping the country's healthcare priorities: an ageing population that wants to remain active, independent, and mobile for longer. Longevity alone is no longer the measure of healthy ageing. The ability to walk safely, recover after illness, and perform everyday activities without assistance has become equally important. This changing reality is driving greater investment in robotic rehabilitation, where engineering, rehabilitation medicine, and intelligent technologies are coming together to support mobility across later stages of life. Rather than replacing traditional physiotherapy, these systems are helping clinicians deliver more consistent rehabilitation while enabling older adults to recover with greater confidence.
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