Categoría: Historias de Atletas

To reduce elbow and wrist tension without losing ball control, slightly increase grip size with a soft overgrip, hold the racquet with relaxed fingers, and align your hand so the wrist stays neutral at impact. Combine this with progressive load, softer balls, and short, regular checks of pain and control. Pre-play grip checklist to minimize…

For most intermediate players aiming to minimise wrist stress, the two-handed backhand generally loads the muñeca more safely by sharing forces through both upper limbs. A technically clean one-handed backhand is viable when strength, timing and mobility are excellent, but requires stricter control to avoid overuse and pain episodes in training and competition. Essential biomechanical…

Recent studies on upper-limb injuries in professional tennis show that most problems arise from cumulative load, not single traumatic events. If you manage volume, technique, and recovery together, then you can reduce shoulder, elbow, and wrist injuries and improve return-to-play quality, especially in high-level players in Spain and similar contexts. Summary of Recent Findings on…

Forearm strength and stability work is essential to reduce tendon load on the lateral epicondyle, improve grip endurance and prevent tennis elbow. A structured rutina de fortalecimiento y estabilidad del antebrazo para prevenir lesiones de codo should combine progressive loading, neuromuscular control and load management in sport and work to protect the elbow over time….

Grip choice changes where and how force is absorbed in the arm. Eastern forehand usually balances performance and elbow load; Semi-Western and Western increase demand on wrist and extensors; extreme backhand grips overload lateral elbow. For most players seeking prevención de lesiones de codo en tenistas según tipo de grip, a moderate Eastern/Semi‑Western mix is…

Recurrent elbow overuse in talented teenagers often stalls or ends promising sports careers, especially in overhead and throwing disciplines. Early recognition of pain, strict rest from aggravating loads, medical evaluation, and a structured plan for rehabilitation and workload control greatly improve long‑term outcomes while keeping school, family and emotional well‑being in focus. Quick profile: elbow…

To protect the wrist in tennis serves and returns, combine specific strengthening, mobility and control drills for the forearm and hand, then integrate them gradually into racket work. A structured programa de fortalecimiento de muñeca para tenis, progressed weekly and adapted to pain, reduces overload and improves power transfer in both service and resto. Essential…

Playing surface and match conditions change how forces travel from the ground through your legs to the elbow and wrist. Harder, faster courts increase impact and vibration, while softer, slower ones increase volume and time under tension. Safe load management, equipment choices and sport‑specific technique are essential to reduce tennis and padel elbow and wrist…

Wearable technology in tennis can help reduce wrist and elbow injury risk if it is used to understand loading patterns, not to replace clinical assessment. Combine racket or wrist sensors, simple metrics, and coach feedback to flag overload trends early and adjust technique, volume, and equipment in a structured way. Critical insights for wrist and…

A long-term injury in a competitive tennis player often triggers sadness, frustration, anxiety about the future and fear of re-injury. Managing this impact means understanding the emotional phases, protecting athletic identity, structuring daily routines, using evidence-based mental strategies, and coordinating an integrated physical and psychological rehabilitation with safe, progressive return-to-play milestones. Core psychological consequences to…