Dr. Ashish Choudhary

Dr. Ashish Choudhary holds a BPT and an MPT with a specialisation in Sports, and practises in sports physiotherapy and functional rehabilitation at Physio Fit 360.

Where sports physiotherapy is often described in terms of injury, its functional side is equally important: the question of how well a person actually moves, and whether their movement can support the demands they place on it. Functional rehabilitation examines tasks rather than isolated muscles — how someone squats, lands, pushes, rotates or transfers weight from one leg to the other — and builds rehabilitation around improving those patterns.

This matters in sport because performance and durability both depend on movement quality. A limb that is strong in isolation but poorly controlled during a landing behaves differently under real conditions. Rehabilitation in this area therefore combines strengthening with movement retraining, so capacity and coordination improve together.

Movement recovery describes the practical result: the ability to perform sport and everyday tasks with control and reasonable comfort. Performance support extends the same principles to the training environment. Within the Physio Fit 360 team, Dr. Ashish's stated focus places him in the sports and functional rehabilitation side of the clinic's work.

Functional rehabilitation in a sports context begins with observing whole movements. Watching a squat, a step-down, a single-leg balance or a landing reveals information that isolated testing cannot: whether a knee tracks well under load, whether the trunk stays controlled during rotation, whether weight is shared evenly between limbs.

These observations translate directly into rehabilitation targets. If control breaks down at a particular depth or speed, that becomes the range in which work is concentrated. If one side consistently takes less load, restoring that balance becomes a priority, since asymmetry tends to concentrate demand on tissues that may not be ready for it.

Strengthening remains fundamental. Muscles and tendons need sufficient capacity before movement quality can hold up under fatigue, and progressive resistance work over weeks is what builds it. But the sequencing matters: strength developed without attention to how it is used often fails to transfer to the sport itself.

Progressive rehabilitation therefore layers demands. Controlled, slow movements come first; speed, reactivity, fatigue and unpredictability are added later, moving the environment closer to real sporting conditions. Deceleration and change of direction are usually introduced towards the end, as they place high demand on control.

Return-to-activity planning is criteria-based, considering range, strength, movement quality under fatigue and the person's confidence. Performance support then continues the same work in maintenance form — regular strength and movement-quality practice that keeps a person able to meet the demands of training. Results vary between individuals and cannot be guaranteed.

Rehabilitation goals in functional sports physiotherapy tend to be described in terms of movement rather than symptoms alone. Early goals usually involve restoring the range needed for basic functional patterns and re-establishing controlled, comfortable weight-bearing where that has been affected.

The middle phase concentrates on strength and control together — building capacity while ensuring it is expressed with good technique. Improving symmetry between sides is a common goal here, as is maintaining movement quality as repetitions accumulate and fatigue sets in.

Later goals move towards the demands of the activity itself: performing sport-specific patterns at speed, decelerating and changing direction with control, and sustaining that quality across a training session. Improving confidence with these movements is treated as part of the goal, not a by-product of it.

Ongoing goals typically involve maintaining strength, mobility and movement quality so that regular training remains within tolerable limits. Individual outcomes depend on the underlying problem, adherence and other factors, and rehabilitation cannot guarantee freedom from future injury.

The general principles here begin with movement observation. Because rehabilitation targets patterns rather than isolated regions, understanding how a person performs a task is what makes the plan specific to them.

Rehabilitation is progressive and layered: control before speed, quality before volume, predictable tasks before reactive ones. Each layer is added when the previous one holds up reliably, which keeps progression grounded in demonstrated capability.

Patient participation is central. Movement retraining requires repetition and attention, and the individual is the one performing most of it. Explaining what a good repetition should feel like — and why it matters — usually improves both quality and consistency.

Regular review keeps the programme honest. Movement is re-checked as strength develops, and the plan is adjusted where transfer to real tasks is not occurring. Expectations are discussed realistically, with progress framed in terms of capability rather than promised outcomes.

Working inside a multidisciplinary physiotherapy clinic means a patient is never limited to a single perspective. At Physio Fit 360, physiotherapists with different areas of specialisation — manual therapy, sports rehabilitation, orthopaedic care, neurological rehabilitation and general physiotherapy — practise under one roof in Sector 22B, Chandigarh. That shared environment makes it easier to match a person with the clinician whose focus best fits their rehabilitation needs, and to discuss a case collaboratively when a recovery journey touches more than one area. It also supports continuity: assessment, progression and review happen in the same place, with the same standards of care and communication. For patients, the practical benefit is straightforward — specialised attention within a team that understands rehabilitation as a shared, structured process rather than a series of isolated appointments.