Sports Injuries

What Is a Sports Injury?

Sports injuries refer to a wide range of musculoskeletal conditions that occur during athletic activity, exercise, training, competition, or recreational movement. These injuries may involve muscles, tendons, ligaments, joints, cartilage, fascia, or nerves.

A sports injury may happen suddenly, such as during a twist, fall, collision, sprint, awkward landing, or forceful movement. It may also develop gradually over time from repetitive strain, poor recovery, training overload, poor mechanics, or unresolved movement imbalances.

Common sports injuries may include:

• Ankle sprains

• Knee injuries

• ACL or ligament injuries

• Meniscus injuries

• Muscle strains

• Groin strains

• Hamstring strains

• Calf strains

• Shoulder injuries

• Rotator cuff irritation

• Tennis elbow or golfer’s elbow

• Achilles tendinopathy

• Patellofemoral pain

• IT band pain

• Plantar fasciitis

• Back or neck strain

Sports injuries can affect competitive athletes, recreational athletes, gym-goers, runners, weekend sports players, youth athletes, and active adults. They may occur during soccer, hockey, basketball, tennis, pickleball, volleyball, football, rugby, running, cycling, weightlifting, martial arts, golf, swimming, or general fitness training.

The goal of care is not only to reduce pain. A strong recovery plan should also identify why the injury occurred, how the body compensated, and what needs to improve before returning to full activity.

Individuals May Experience

• Pain during physical activity

• Swelling or tenderness in the injured area

• Reduced strength or mobility

• Difficulty performing sport-specific movements

• Stiffness after exercise

• Discomfort during weight-bearing or movement

• Pain with running, jumping, cutting, throwing, lifting, or landing

• Instability or lack of confidence in the injured area

• Tightness that returns after training

• Weakness on one side of the body

• Difficulty accelerating, decelerating, or changing direction

• Reduced range of motion

• Muscle guarding around the injured area

• Symptoms that improve with rest but return during activity

• Reduced athletic performance

• Fear of re-injury

• Compensation pain in nearby areas

A sports injury should be assessed if symptoms are persistent, worsening, associated with significant swelling, instability, bruising, inability to bear weight, numbness, weakness, or difficulty returning to normal activity.

What Contributes to Sports Injuries?

Several factors may increase the likelihood of injury during sport or exercise, including:

• Sudden increases in training intensity

• Muscle imbalances

• Limited joint mobility

• Inadequate warm-up or recovery

• Repetitive loading during sport

• Poor movement mechanics

• Previous injuries

• Weakness in supporting muscles

• Poor balance or coordination

• Reduced flexibility or tissue tolerance

• Poor load management

• Fatigue during training or competition

• Incomplete rehabilitation from a previous injury

• Poor landing, cutting, sprinting, lifting, or throwing mechanics

• Sport-specific overuse patterns

These factors may influence how forces move through muscles and joints during activity.

Sports place high demands on the body. Running, jumping, cutting, landing, throwing, skating, lifting, and contact all require joints and muscles to absorb, transfer, and produce force. When the body is balanced, force is distributed more efficiently across multiple regions. The ankles, knees, hips, pelvis, spine, shoulders, and surrounding muscles all share the load.

When biomechanical imbalances are present, the body may lose some of its ability to handle load effectively. One area may become too stiff, another may become too mobile, one muscle group may become overactive, and another may not provide enough support. This can cause certain joints, tendons, ligaments, or muscles to absorb more stress than they are designed to handle. For example:

• Poor hip control may increase strain through the knee during cutting or landing.

• Limited ankle mobility may affect squatting, running, and jumping mechanics.

• Weak glutes may increase stress through the hip, knee, or lower back.

• Reduced shoulder blade control may overload the rotator cuff or elbow during throwing.

• Poor trunk control may affect force transfer during sprinting, lifting, or sport contact.

A balanced body can better absorb and distribute force. A body moving with imbalance may repeatedly overload the same tissue until pain or injury develops.

Biomechanics and Injury Risk

Biomechanics refers to how the body moves, loads, stabilizes, and transfers force. In sport, biomechanics are especially important because the body is often moving at higher speeds, under fatigue, and in unpredictable positions.

When movement is efficient, joints and muscles work together to manage force. When movement is inefficient, the body compensates. Compensation may allow the athlete to continue playing or training, but it can increase stress in certain areas.

For example, if an athlete lacks hip mobility, the lower back or knee may take on extra motion. If a runner has poor foot control, the shin, knee, or hip may absorb load unevenly. If an overhead athlete lacks thoracic rotation, the shoulder or elbow may be forced to produce more movement.

These imbalances can reduce the body’s ability to handle load. Over time, this may lead to:

• Recurrent injuries

• Overuse injuries

• Tendon irritation

• Ligament strain

• Muscle strains

• Joint irritation

• Reduced performance

• Poor recovery between sessions

Addressing biomechanics can help reduce unnecessary strain and improve how the body tolerates sport-specific demands.

How Manual Therapy May Help

Manual therapy and rehabilitation may help support sports injury recovery by identifying the movement and tissue factors contributing to the injury. The goal is not only to treat the painful area, but to understand how the body is moving as a whole.

Care may focus on:

• Improving joint mobility

• Reducing soft tissue tension

• Restoring strength

• Correcting movement patterns

Improving balance and coordination

• Managing training load

• Reducing compensation

• Guiding return to activity or sport

A complete sports injury plan should progress from recovery to performance. This means reducing symptoms, restoring capacity, and gradually preparing the body for the demands of the sport.

Osteopathic Manual Therapy

Osteopathic Manual Therapy may evaluate how the injured area moves in relation to the rest of the body. Since sports injuries often involve compensation and load transfer, osteopathic care may assess the spine, pelvis, hips, knees, ankles, shoulders, ribs, and surrounding fascia depending on the injury.

Treatment may include:

• Assessing joint mobility

• Reducing fascial tension around injured tissues

• Addressing compensatory movement patterns

• Supporting coordinated movement throughout the body

• Improving pelvic, spinal, rib, shoulder, hip, knee, or ankle mechanics where relevant

• Reducing protective muscle guarding

• Improving load transfer through the kinetic chain

• Supporting balanced movement above and below the injured area

• Identifying restrictions that may be increasing strain on the injured tissue

Osteopathic care often considers how surrounding joints influence movement and recovery. For example, a knee injury may be influenced by hip, ankle, or pelvic mechanics. A shoulder injury may be influenced by rib cage, thoracic spine, or neck mobility. A lower back injury may be influenced by hip mobility, core control, and pelvic mechanics.

The goal is to improve the mechanical environment around the injury so the body can move with less compensation and better force distribution.

Physiotherapy

Physiotherapy rehabilitation plays an important role in returning to activity after a sports injury. It helps rebuild strength, mobility, stability, endurance, coordination, and confidence.

Treatment may include:

• Strengthening injured and surrounding muscles

• Mobility exercises for affected joints

• Movement retraining during sport-specific activities

• Gradual progression back to physical activity

• Balance and proprioception training

• Core and hip stability exercises

• Running, jumping, landing, cutting, or throwing mechanics

• Agility and plyometric training when appropriate

• Return-to-running or return-to-lifting programming

• Sport-specific conditioning

• Load management strategies

• Functional testing before return to sport

• Injury prevention programming

These exercises help restore strength and function following injury. Physiotherapy also helps athletes avoid returning too soon, which can increase the risk of re-injury.

A proper rehab plan should progress based on performance and tolerance, not just time. The athlete should be able to demonstrate strength, control, mobility, balance, and sport-specific readiness before fully returning.

Massage Therapy

Massage therapy may help relieve muscular tension that develops during recovery. After a sports injury, surrounding muscles often tighten to protect the area. This can reduce mobility, increase discomfort, and create compensation patterns.

Treatment may include:

• Reducing tightness in surrounding muscles

• Improving circulation to affected tissues

• Addressing trigger points and muscle tension

• Supporting relaxation during recovery

• Reducing protective muscle guarding

• Addressing compensatory tightness above or below the injured area

• Supporting recovery between training or rehab sessions

• Improving comfort during return to activity

Massage therapy may help relieve muscular tension associated with physical activity. It is often most effective when combined with strengthening, mobility work, and movement retraining.

Return to Sport and Performance

Returning to sport requires more than being pain-free. An athlete may feel better during daily activity but still lack the strength, speed, control, endurance, or confidence needed for full competition.

Return-to-sport planning may include:

• Gradual reintroduction of sport-specific movements

• Running or skating progression

• Jumping and landing drills

• Cutting and change-of-direction training

• Throwing or overhead progression

• Contact preparation when appropriate

• Conditioning under fatigue

• Movement quality assessment

• Strength and mobility testing

• Confidence-building progressions

The goal is to make sure the body is prepared for the true demands of the sport, not just basic movement.

Book an Assessment

If a sports injury is affecting your ability to train, compete, exercise, or stay active, our team can assess movement patterns and guide a structured recovery plan.

A comprehensive assessment can help identify whether your injury may be influenced by strength deficits, mobility restrictions, biomechanical imbalances, poor movement mechanics, compensation patterns, training load, or incomplete recovery from a previous injury.