The first question every patient at our Banashankari and Jayanagar clinics asks is: 'Do I have a fracture?' The Ottawa Ankle Rules — a validated clinical decision tool — allow our physiotherapists to determine within minutes whether an X-ray is warranted. If you can bear weight for four steps and have no bony tenderness at the posterior tip of either malleolus or the base of the 5th metatarsal, the probability of a fracture is extremely low (sensitivity >96%).

Grade I sprains involve microscopic ligament fibre tearing with mild swelling, and full recovery is typically expected within 3 weeks with appropriate physiotherapy. Grade II sprains involve partial ligament tearing, moderate instability, and swelling requiring 4–6 weeks of structured rehabilitation. Grade III sprains represent complete ligament rupture with gross instability; these require a full 8–12 week physiotherapy programme, and surgical reconstruction is considered only when conservative treatment at 3–6 months fails to restore functional stability.

The old RICE protocol (Rest, Ice, Compression, Elevation) has been updated in evidence-based practice to the POLICE protocol: Protection, Optimal Loading, Ice, Compression, Elevation. The critical change is 'Optimal Loading' — complete rest is now known to slow ligament healing. Our physiotherapists at the Vasanthapura and Jayanagar clinics prescribe gentle, non-painful ankle range-of-motion exercises within the first 24 hours to stimulate collagen deposition and reduce the duration of the inflammatory phase.

During Phase 1, our goals are: 1) Control swelling using compression bandaging, cryotherapy (15 minutes every 2 hours), and elevation above heart level; 2) Restore pain-free range of motion using alphabet exercises and pain-free plantarflexion/dorsiflexion; 3) Maintain cardiovascular fitness using pool walking or upper body ergometry if available; 4) Begin protected weight-bearing with crutches if needed. Patients managed via our home physiotherapy service across Bengaluru receive this protocol delivered to their door within hours of injury.

The most important — and most neglected — component of ankle sprain rehabilitation is proprioceptive retraining. When you sprain your ankle, you do not just tear the ligament; you destroy the mechanoreceptors (Ruffini endings, Pacinian corpuscles, Golgi tendon-organ analogs) embedded within the ligament tissue. These microscopic sensors tell your cerebellum where your foot is in space 200 times per second. Without them, your brain cannot issue the automatic peroneal muscle contraction needed to catch a rolling ankle.

Our Phase 2 programme at Curis 360 Banashankari and Vasanthapura clinics involves a progressive proprioception ladder: single-leg stance on firm surface → single-leg stance with eyes closed → single-leg stance on foam pad → BOSU ball balance → dynamic single-leg reaching (Star Excursion Balance Test directions). Manual therapy — specifically posterior talocrural glides to restore restricted dorsiflexion — is initiated in this phase and has strong evidence (Cochrane 2020) for accelerating return to walking and sport.

Ankle stability is a full lower-limb problem. Research consistently shows that patients with chronic ankle instability (CAI) have not just weak peroneals, but also deficient hip abductors and external rotators on the same side. Our Bangalore physiotherapy team addresses this entire kinetic chain: peroneal strengthening with resistance bands in eversion and plantarflexion; eccentric calf raises (single-leg heel drops over a step); hip abductor side-lying clamshells and lateral band walks; and terminal knee extension for quadriceps activation.

We introduce isotonic peroneal resistance band exercises at week 2, progressing to weight-bearing resisted eversion, and finally functional drills — lateral step-ups, lateral shuffles, and mini-trampoline rebounding — by week 4–6. Rigid ankle taping is used during sport activity until the patient achieves >80% limb symmetry on single-leg hop testing. For patients in Jayanagar or who access our online physiotherapy service across India, we provide full video-guided home exercise programmes with progressions built around minimal equipment.

Return to sport is never based on time alone. Our physiotherapists use a functional battery to clear athletes: the Side Hop Test (90% limb symmetry), the Figure-of-8 Hop Test, the Single Leg Drop Jump, and the Y-Balance Test (composite score within 4 cm of the uninjured side). Athletes who pass this battery have a re-injury risk reduced by over 50% compared to those cleared by time alone.

For patients who arrive at our Banashankari, Vasanthapura, or Jayanagar clinics having already sustained multiple ankle sprains, we investigate Chronic Ankle Instability (CAI). CAI is defined as a history of 3 or more sprains and ongoing subjective instability beyond one year. The Curis 360 CAI programme includes an intensive 12-week neuromuscular training block, orthotic prescription to control rearfoot eversion, and — if proprioception remains severely deficient — a referral discussion about the Brostrom-Gould ligament reconstruction procedure. Most CAI patients, however, achieve full functional stability with physiotherapy alone.

For patients who cannot travel to our clinics in Banashankari, Jayanagar, or Vasanthapura immediately after injury, Curis 360 offers home physiotherapy visits across all of Bengaluru — including Koramangala, Whitefield, HSR Layout, JP Nagar, and Electronic City. Our home physiotherapists bring portable ultrasound therapy, kinesio taping supplies, resistance bands, and balance boards to your home, delivering the same clinical standard as in-clinic care.

Patients outside Bangalore can access our online physiotherapy consultation service, available across PAN India. Via video call, our physiotherapists assess gait (walking on camera), perform modified versions of balance testing, prescribe and demonstrate the full Phase 1–4 exercise protocol, and coordinate with local orthopaedic surgeons for imaging review. Online physiotherapy is particularly effective for ankle sprains because the majority of the rehabilitation programme — proprioception and strengthening exercises — requires no special equipment beyond a resistance band and a foam cushion.