Dr Abhishek Chowdhery

 Adaptive sports have transformed the landscape of competitive athletics, proving that excellence is defined by skill, preparation, and determination—not by physical limitations. Today, Paralympic and adaptive athletes compete at the highest levels, demonstrating exceptional strength, endurance, agility, and resilience. As adaptive sports continue to evolve, so does the role of sports medicine. Performance optimization is no longer limited to training harder—it requires an integrated approach that combines medical expertise, biomechanics, rehabilitation, nutrition, psychology, and technology. Understanding Adaptive Sports Adaptive sports are competitive or recreational sports modified to meet the needs of athletes with physical, visual, or intellectual impairments. These adaptations may involve specialized equipment, modified rules, or tailored training methods, enabling athletes to compete safely and effectively while maintaining the integrity of the sport. From wheelchair basketb...

  From Fitness Tracking to Performance Optimization Wearable technology has transformed modern sports. From smartwatches and fitness bands to GPS trackers and heart rate monitors, athletes today have access to more performance data than ever before. What was once reserved for elite sports organizations is now available to recreational runners, gym-goers, and amateur athletes. But as wearable devices become increasingly sophisticated, an important question emerges: Are wearable devices truly improving athlete health, or are they creating a new problem—data overload? The answer lies somewhere in between. The Rise of Wearable Technology in Sports Wearable devices have evolved from simple step counters into powerful tools capable of tracking: Heart rate Sleep quality Recovery status Training load Distance covered Running mechanics Oxygen saturation Heart Rate Variability (HRV) Stress levels Professional football clubs, marathon runners, cyclists, and fitness enthusiasts are using these...

The shift to remote work has transformed how people live and work. While working from home offers flexibility and convenience, it has also led to a growing rise in lifestyle-related musculoskeletal problems. Dr Abhishek Chowdhery From neck stiffness and lower back pain to wrist strain and poor posture, work-from-home injuries are becoming increasingly common among professionals of all age groups. What many people don’t realize is that these issues often develop slowly—and ignoring them can lead to chronic pain, reduced productivity, and long-term health complications. Why Are Work From Home Injuries Increasing? Unlike traditional office spaces designed with ergonomic setups, many people work from couches, beds, dining tables, or poorly adjusted chairs for long hours. This places continuous stress on the spine, joints, muscles, and tendons. Common reasons include: Poor posture during laptop use Lack of ergonomic furniture Prolonged sitting Reduced physical activity Incr...

In today’s fast-paced world, finding time to exercise can feel impossible. Between work, family, and daily responsibilities, long gym sessions often fall to the bottom of the priority list. That’s where High-Intensity Interval Training (HIIT) comes in—a scientifically backed approach that delivers maximum results in minimal time. If you’ve ever wondered how to get fitter, burn fat, and boost endurance without spending hours working out, this guide will show you how HIIT can transform your fitness journey—with expert-backed perspectives often recommended by a sports medicine physician . What is HIIT? High-Intensity Interval Training (HIIT) is a workout method that alternates between short bursts of intense activity and brief recovery periods. For example: 30 seconds of sprinting 30–60 seconds of walking or rest Repeat for 15–25 minutes Unlike steady-state cardio, HIIT pushes your body to work at near maximum capacity during active intervals, making workouts more efficien...

 Youth sports have become more competitive than ever. Many children now focus on a single sport from a very young age, training year-round with the hope of achieving excellence. While dedication is important, early sports specialization comes with significant risks—one of the most concerning being growth plate injuries . As a sports medicine doctor, I frequently see young athletes sidelined by preventable injuries related to overuse and improper training during growth years. Understanding the connection between early specialization and growth plate injuries is essential for parents, coaches, and young athletes. What Is Early Sports Specialization? Early sports specialization refers to intensive training in a single sport before puberty , usually with: Year-round participation High training volume Little or no involvement in other sports Examples include: A child playing only cricket or football throughout the year Gymnasts or tennis players training competit...

Why Prehabilitation Matters in Sports Medicine   Blood Flow Restriction (BFR) Training is an innovative exercise technique that has gained significant popularity in sports performance, rehabilitation, and physiotherapy . By partially restricting blood flow to working muscles using specialized cuffs or bands, BFR allows individuals to achieve muscle strength and hypertrophy using low loads , making it especially valuable for injured patients and athletes. However, like any advanced training method, BFR comes with potential risks if used incorrectly. This article explores the performance benefits, clinical applications, risks, and safety considerations of Blood Flow Restriction Training. What Is Blood Flow Restriction Training? Blood Flow Restriction Training involves applying a pneumatic cuff or elastic band to the upper arms or thighs during exercise to partially restrict venous blood flow while allowing arterial inflow. This creates a hypoxic (low oxygen) environment in ...