When Injury Strikes. Injury prevention. Injury treatment. PRICE for injury.

When Injury Strikes — What to Do Next

One awkward landing, one sudden twist, and your training plans can unravel in seconds. From recognising potentially serious injuries to managing pain, understanding modern first-aid approaches and rebuilding strength through rehabilitation, discover the practical steps that can help you navigate the road to recovery.

📑 Table of Contents

🚑 Introduction

It can happen in an instant. An awkward landing, a sudden twist, an unexpected impact or a sharp pain during an otherwise routine exercise. One moment we’re training as normal; the next, we’re wondering just how much damage we’ve done. Not every injury is dramatic, however. Some develop gradually, beginning as a minor ache or persistent niggle before eventually interfering with our training and everyday activities.

Whatever the circumstances, knowing how to respond when injury strikes can make an important difference to our recovery. The immediate decisions we make matter. Should we stop exercising? Apply ice? Rest completely or keep moving? Is this something we can manage ourselves, or does it require professional medical attention?

Injury

Injury when you are making progress can be soul destroying.

Unfortunately, there’s no single treatment that works for every injury. What helps a mild muscle strain may be entirely inappropriate for a suspected fracture, dislocation or more serious condition. In this Field Medic guide, we’ll explore common sports injuries, immediate care, warning signs and modern approaches to injury management. We’ll also look at how to support recovery and avoid common mistakes that can unnecessarily prolong our return to training.

When injury strikes, preparation and informed decisions are our first line of defence.

🚨 First Response

What to Do When Injury Strikes

When an injury occurs, our first instinct may be to shake it off, stretch the affected area or attempt to finish the workout. However, continuing to exercise through a potentially significant injury can sometimes make matters worse. The priority is to assess the situation, avoid further harm and determine whether medical attention is required.

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If we experience sudden pain, an awkward impact or an unexpected loss of function during exercise, the sensible first step is to stop the activity and assess what has happened.

Consider the following:

  • Mechanism of injury: Was there a fall, collision, sudden twist or unusual movement?
  • Pain: Is it mild, severe, localised or spreading? Did it begin suddenly or develop gradually?
  • Swelling or deformity: Is there visible swelling, bruising or an abnormal joint or limb position?
  • Movement and function: Is there an obvious loss of movement or function? Is weight-bearing possible without significant pain?
  • Sensation and circulation: Is there any unusual numbness, tingling, weakness, coldness or change in skin colour?

Avoid repeatedly testing the injured area, forcing movement or attempting to stretch away sudden pain. If a significant injury is suspected, protect the affected area from further stress until it can be properly assessed.

Some injuries require immediate medical attention rather than home treatment. Call 911 (US), 999/112 (UK), or your local emergency number for potentially life-threatening emergencies, including:

  • Severe bleeding that cannot be controlled.
  • Loss of consciousness with failure to recover normally, seizures or rapidly deteriorating neurological symptoms following a head injury.
  • Suspected serious spinal injury, particularly following significant trauma.
  • A limb that becomes cold, pale or blue, especially with severe pain or loss of sensation.
  • Severe trauma accompanied by difficulty breathing, collapse or signs of shock.

Other injuries require urgent medical assessment, even if an ambulance isn’t necessary. Suspected fractures or dislocations, obvious deformity, significant loss of function or an inability to bear weight following trauma should be assessed promptly. Open fractures, significant deformity or circulation problems require immediate emergency care. Repeated vomiting, worsening confusion or a deteriorating headache following a head injury also warrant emergency-department assessment.

Severe muscle pain or swelling, unusual weakness or dark urine following strenuous exercise may indicate rhabdomyolysis and require immediate medical assessment. Similarly, a suddenly painful, hot or swollen joint warrants urgent assessment, even without fever, because a serious joint infection may need to be excluded.

For urgent injuries, seek assessment at an emergency department, urgent care clinic or appropriate local medical service, according to the severity of the symptoms. Call emergency services if the person is severely unwell or cannot be transported safely.

Never attempt to force a dislocated joint back into position or straighten a visibly deformed limb yourself.

Not every injury requires emergency treatment, but persistent or worsening symptoms deserve attention. Consider assessment by a physician, physical therapist (physiotherapist) or another suitably qualified healthcare professional if:

  • Pain continues to interfere with training or everyday activities.
  • Swelling, stiffness or restricted movement fails to improve.
  • The same injury repeatedly returns.
  • A joint feels unstable, catches or locks.
  • Symptoms worsen despite reducing or modifying activity.
  • We remain uncertain about the nature or severity of the problem.

Early assessment can help identify injuries requiring specific management and prevent unnecessary delays in appropriate treatment.

For a seemingly minor soft-tissue injury without concerning warning signs, immediate management generally involves protecting the affected area, reducing aggravating activity and monitoring how symptoms develop. Complete immobilisation or prolonged rest is not automatically necessary. Depending on the injury, gentle movement and appropriately modified activity may be beneficial when symptoms permit and there are no medical restrictions.

However, the appropriate approach depends on the tissues involved and the severity of the injury. We’ll explore these principles in more detail when we examine modern approaches to acute injury management.

The first rule of Field Medic: assess the situation before deciding how to treat it.

🦴 Know Your Enemy

Common Sports Injuries

Sports injuries can affect almost any part of the body, from muscles and tendons to ligaments, joints and bones. Some occur suddenly following an impact or awkward movement, while others develop gradually through repeated loading. Understanding the different types of injury can help us recognise potential problems and appreciate why different injuries require different approaches to treatment and recovery.

🦵 Sprains — Ligament Injuries

A sprain involves damage to one or more ligaments, the strong bands of connective tissue that connect bones and help stabilise our joints. Sprains commonly occur when a joint is twisted, stretched or forced beyond its usual range of movement. Ankle sprains are particularly common in running, jumping and sports involving rapid changes of direction.

Ligament sprains are generally classified into three grades:

  • Grade I (Mild): Minor ligament fibre damage, usually with limited swelling and little or no joint instability.
  • Grade II (Moderate): Partial ligament tearing, often accompanied by swelling, bruising, pain and some loss of stability.
  • Grade III (Severe): Complete ligament rupture, potentially resulting in significant joint instability and loss of function.

Symptoms and severity don’t always correspond neatly. A serious ligament injury may sometimes produce less pain than expected, so the amount of discomfort alone cannot reliably establish the injury grade. Suspected severe sprains, particularly those involving significant instability or an inability to bear weight, require prompt medical assessment.

💪 Strains — Muscle & Tendon Injuries

A strain involves damage to a muscle or its associated tendon, often when the tissue is subjected to forces beyond its current capacity. Strains frequently occur during sprinting, explosive movements, heavy lifting or sudden changes of direction. The hamstrings, quadriceps, calves and groin muscles are common injury sites.

Like ligament sprains, muscle strains are often graded according to severity:

  • Grade I (Mild): Minor muscle fibre damage with relatively little loss of strength or function.
  • Grade II (Moderate): Partial tearing, often producing pain, weakness and restricted movement.
  • Grade III (Severe): Complete muscle rupture, potentially causing substantial loss of function.

Symptoms may include sudden pain, tenderness, weakness, swelling or bruising. Significant weakness, a palpable defect or suspected tendon rupture warrants prompt professional assessment, as some injuries require specific protection or specialist treatment.

🔥 Tendinopathy — When Tendons Become Painful

Tendons connect muscles to bones and transmit the forces generated during movement. Tendinopathy is a broad term describing tendon-related pain and impaired function, commonly associated with activities that repeatedly load the affected tendon.

Examples include:

  • Achilles tendinopathy: Pain around the Achilles tendon, often associated with running and jumping.
  • Patellar tendinopathy: Pain involving the tendon below the kneecap, commonly seen in jumping sports.
  • Rotator cuff tendinopathy: Shoulder pain associated with tendon loading, often during lifting, reaching or overhead activities.
  • Lateral elbow tendinopathy: Often called tennis elbow, involving pain around the outer elbow.

Although traditionally described as tendinitis, persistent tendon problems aren’t necessarily caused by ongoing inflammation alone. Treatment often involves managing aggravating loads and progressively rebuilding the tendon’s capacity to tolerate activity, rather than relying exclusively on rest or anti-inflammatory measures.

🩻 Fractures — Broken Bones

A fracture occurs when the structural integrity of a bone is disrupted. Fractures can result from falls, collisions or direct impacts, while others develop gradually through repeated loading when the bone’s capacity to adapt is exceeded.

Non-displaced Wrist fracture (Radius).
Comminuted fracture of Radius and Ulna.

Fractures can be described in several ways, and these classifications may overlap:

  • Non-displaced fractures: The bone breaks but remains in its normal alignment.
  • Displaced fractures: The broken bone fragments move out of their usual alignment.
  • Comminuted fractures: The bone breaks into multiple fragments.
  • Open fractures: A fracture communicates with the outside environment through a wound, creating a significant infection risk.
  • Bone stress fractures: Fractures that develop through accumulated repetitive loading rather than a single traumatic event. They represent part of the broader spectrum of bone stress injuries.

Symptoms may include localised pain, swelling, tenderness, deformity or difficulty using the affected limb. Suspected fractures require medical assessment, while open fractures, significant deformity or signs of impaired circulation demand immediate emergency attention.

🦴 Dislocations — When Joints Lose Alignment

A dislocation occurs when the bones forming a joint become completely displaced from their normal relationship. A partial displacement is known as a subluxation. Dislocations can affect various joints, including the shoulder, elbow, fingers, kneecap and hip.

Common symptoms include severe pain, visible deformity, swelling and an inability to move the joint normally. Nerves and blood vessels may also be affected, making prompt assessment particularly important. Never attempt to force a suspected dislocation back into position yourself.

Following appropriate treatment, rehabilitation is often important for restoring movement, strength and joint stability.

🩹 Other Common Injuries & Conditions

Not every painful condition involves a torn ligament, damaged muscle or broken bone.

Other problems encountered during exercise include:

  • Bursitis: Irritation or inflammation of a bursa, a small fluid-filled sac that helps reduce friction between tissues.
  • Plantar fasciopathy: A common cause of heel pain involving the plantar fascia, often associated with repeated loading.
  • Synovitis: Inflammation of the synovial membrane lining a joint, potentially causing pain, swelling and stiffness.
  • Joint-related pain: Symptoms arising from cartilage, joint surfaces or surrounding structures, including conditions such as osteoarthritis.
  • Contusions: Bruising caused by direct impacts, potentially affecting skin, muscles and deeper tissues.
  • Abrasions and lacerations: Scrapes and cuts ranging from minor surface wounds to deeper injuries requiring medical treatment.
Arthritis
Bursitis
Synovitis
Plantar Fasciitis.

Lacerations and abrasions

These conditions vary considerably in severity, underlying causes and appropriate management. Similar symptoms don’t necessarily mean we’re dealing with the same injury, which is why persistent or unexplained problems deserve appropriate assessment.

⚠️ Similar Symptoms, Different Injuries

One of the difficulties with sports injuries is that pain, swelling, stiffness and reduced movement can occur across several different conditions. An ankle injury that appears to be a simple sprain could involve a fracture. Persistent tendon pain may resemble other joint or nerve-related problems, while apparently minor symptoms can occasionally indicate an injury requiring specialist attention.

Understanding the terminology is useful, but it doesn’t replace a clinical assessment when symptoms are severe, persistent or unclear. Recognising the possibilities helps us make informed decisions. Establishing an accurate diagnosis helps guide appropriate treatment.

🧊 Managing the Early Stages

Beyond PRICE

For decades, one of the most familiar approaches to treating minor sports injuries was RICE — Rest, Ice, Compression and Elevation, later expanded to PRICE with the addition of Protection. Although some of these measures remain useful for managing symptoms, our understanding of soft-tissue recovery has evolved considerably.

We now recognise that prolonged, unnecessary rest can delay the restoration of strength and function, while appropriately timed movement and progressive loading can play an important role in rehabilitation. However, there is no universal treatment suitable for every injury. The appropriate response depends on the tissues involved, the severity of the damage and whether more serious conditions have been excluded.

🩹 From PRICE to PEACE & LOVE

In 2019, sports medicine researchers proposed an alternative framework known as PEACE & LOVE, designed to address both the immediate management of soft-tissue injuries and their subsequent recovery. The framework encourages a more active, individualised approach rather than focusing exclusively on reducing pain and swelling.

Step Principle and practical guidance
PEACE — Immediate care
P Protect — Temporarily reduce activities that aggravate the injury.
E Elevate — Raise the affected limb when practical to help manage swelling.
A Avoid anti-inflammatories — Consider whether routine anti-inflammatory treatment is necessary.
C Compress — Use suitable compression to help manage swelling where appropriate.
E Educate — Understand the injury, expected recovery and appropriate activity.
LOVE — Subsequent management
L Load — Gradually reintroduce appropriate physical demands.
O Optimism — Maintain realistic, positive expectations about recovery.
V Vascularisation — Introduce suitable cardiovascular activity as tolerated.
E Exercise — Restore mobility, strength and function through progressive rehabilitation.

Importantly, PEACE & LOVE is a proposed clinical framework, not a universally validated treatment protocol. It provides useful principles, but individual recommendations must still reflect the specific injury and available evidence.

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Ice packs have long been used to manage pain and swelling following acute injuries. Cold application can provide temporary pain relief, particularly during the early stages of a minor soft-tissue injury. However, evidence that icing accelerates tissue healing or improves long-term recovery remains limited.

Some researchers have questioned whether routinely suppressing the early inflammatory response might interfere with aspects of normal tissue repair. Nevertheless, this doesn’t establish that sensible, short-term icing is harmful in every situation.

If using ice for symptom relief:

  • Wrap the ice pack in a towel rather than applying it directly to the skin.
  • Apply briefly, commonly for around 10–15 minutes.
  • Allow the skin to return to its normal temperature between applications.
  • Avoid icing areas with impaired sensation or circulation.
  • Stop if the skin becomes excessively painful, unusually pale or irritated.

Ice should be viewed primarily as a pain-management option, not a guaranteed method of accelerating recovery. There is also no universal requirement to switch from ice to heat after exactly 48 hours. Heat may provide comfort for certain types of stiffness or muscular discomfort, but it is generally best avoided on a newly injured, swollen area during the early stages.

Rest can be important immediately after an injury, particularly when movement risks causing additional damage. However, complete rest and relative rest are not the same thing. Relative rest means temporarily reducing or avoiding activities that aggravate the injury while maintaining other suitable movements and activities.

For example, someone with a minor ankle sprain may initially need to reduce walking or running, but could gradually reintroduce comfortable movement and appropriate loading as symptoms allow. By contrast, suspected fractures, significant ligament injuries and tendon ruptures may require immobilisation, restricted weight-bearing or other specific precautions. The key is to protect injured tissues without unnecessarily prolonging inactivity.

Compression and elevation remain commonly used methods of managing swelling following certain acute limb injuries. Compression may involve an elastic bandage or suitable support, which should feel comfortably supportive rather than excessively tight. Remove or loosen compression if it causes increasing pain, numbness, tingling, discolouration or coldness. Follow professional advice regarding how long compression should be worn.

Elevation involves positioning the affected limb above heart level when practical, particularly during periods of rest. Although compression and elevation may help manage symptoms, evidence that they directly accelerate tissue healing is limited.

For many uncomplicated soft-tissue injuries, appropriately controlled movement can begin relatively early, provided there are no concerning signs of serious injury and any medical restrictions are respected. The aim is to gradually restore normal function without repeatedly aggravating the affected tissues.

Depending on the injury, this might involve:

  • Gentle, comfortable movements within a tolerable range.
  • Gradually restoring normal walking or everyday activities.
  • Introducing light resistance exercises when appropriate.
  • Progressively rebuilding strength, coordination and load tolerance.

Pain, swelling and function can help guide progression, but they should not be used as the only indicators of tissue healing. Early movement doesn’t mean immediately returning to full training. It means introducing appropriate activity at the right stage of recovery.

💊 Pain Management & Medical Assessment

Knowing When to Get Help

Pain is often the most immediate and frustrating consequence of injury, ranging from mild discomfort to symptoms that interfere with movement, sleep and everyday activities. Although reducing pain can make recovery more manageable, pain relief and tissue healing are not necessarily the same thing. Understanding our treatment options, recognising when professional assessment is needed and avoiding unnecessary interventions can all contribute to better injury management.

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For some minor injuries, temporarily modifying activity, using suitable support and allowing symptoms to settle may provide sufficient relief. Others may benefit from short-term medication, depending on the nature of the injury and their individual circumstances.

Common options include:

  • Acetaminophen (paracetamol): Used to relieve mild to moderate pain without directly targeting inflammation.
  • Non-steroidal anti-inflammatory drugs (NSAIDs): Medications such as ibuprofen and naproxen can reduce pain and inflammation. Some NSAIDs, including diclofenac, are also available in topical formulations.
  • Topical pain relief: Certain creams, gels and patches may provide localised symptom relief, depending on their active ingredients.

However, medication isn’t appropriate for everyone. NSAIDs may be unsuitable for people with certain kidney, gastrointestinal or cardiovascular conditions, or those taking medications such as anticoagulants. They should generally be avoided from 20 weeks of pregnancy unless specifically advised by a healthcare professional. Topical NSAIDs also carry precautions and should not automatically be combined with oral NSAIDs.

There is ongoing debate about whether suppressing inflammation immediately after certain soft-tissue injuries could affect aspects of healing. The clinical evidence varies by injury and medication, so blanket recommendations to either use or avoid anti-inflammatories are not justified.

Acetaminophen also carries risks, particularly to the liver when recommended doses are exceeded or multiple products containing the same ingredient are taken together. Always follow product instructions and consult a pharmacist or healthcare professional when unsure. Pain medication should help manage symptoms, not provide an excuse to continue activities that may aggravate an injury.

We covered the major emergency warning signs earlier, but injuries that are persistent, recurrent or failing to improve may also benefit from professional assessment. A physician, physical therapist (physiotherapist) or suitably qualified sports medicine professional can evaluate symptoms, examine the affected area and help determine an appropriate management plan.

An assessment may involve:

  • Discussing how and when the injury occurred.
  • Reviewing symptoms, medical history and previous injuries.
  • Assessing movement, strength, joint stability and functional limitations.
  • Performing relevant clinical tests.
  • Determining whether imaging, further investigation or specialist referral is necessary.

An accurate diagnosis can help distinguish injuries requiring protection or specific treatment from those that may respond well to progressive rehabilitation.

Not necessarily. Although medical imaging can provide valuable information, many uncomplicated musculoskeletal injuries can be assessed and managed without immediate imaging. The appropriate investigation depends on the suspected injury, clinical examination and whether the findings are likely to influence treatment.

Different investigations serve different purposes:

  • X-rays: Commonly used to assess suspected fractures and certain joint abnormalities.
  • Ultrasound: Can help evaluate selected muscles, tendons, ligaments and other superficial soft tissues.
  • MRI: Provides detailed images of muscles, tendons, ligaments, cartilage, bone marrow and other structures.
  • CT scans: May be useful for evaluating complex fractures and certain injuries requiring detailed assessment of bone.

Importantly, an abnormal scan doesn’t always explain the pain we’re experiencing. Some imaging findings, including tendon changes and age-related joint abnormalities, also occur in people without symptoms. Equally, a normal-looking scan doesn’t automatically mean that someone’s pain or functional limitations are insignificant.

Imaging findings should therefore be interpreted alongside the clinical assessment rather than in isolation. The most useful scan is the one that answers a relevant clinical question, not necessarily the most sophisticated investigation available.

Depending on the nature and severity of the injury, different professionals may contribute to assessment and recovery:

  • Primary care physicians: Assess symptoms, manage medical concerns and arrange investigations or referrals.
  • Sports medicine physicians: Specialise in exercise-related injuries and conditions affecting physical performance.
  • Physical therapists (physiotherapists): Assess movement and function, guide rehabilitation and help restore physical capacity.
  • Orthopaedic specialists: Manage injuries involving bones, joints and associated structures, including those requiring surgical treatment.

Not every injury needs specialist intervention. Many improve with appropriate conservative management, particularly when the underlying problem is identified and training demands are adjusted.

When we’re desperate to return to training, it’s tempting to search for treatments promising dramatically faster healing. Unfortunately, there are few shortcuts to the biological processes involved in tissue repair and adaptation.

Massage, therapeutic devices, injections and other interventions may have a role in selected circumstances, but their benefits depend on the condition being treated and the quality of supporting evidence. Be cautious of treatments promising guaranteed results, instant tissue regeneration or recovery times that seem too good to be true.

The most effective approach is often less glamorous: an appropriate diagnosis, sensible symptom management, progressive rehabilitation and sufficient time for recovery.

Treat the underlying problem, not simply the pain it produces.

🔄 The Road to Recovery

From Injury to Rehabilitation

Once the immediate effects of an injury begin to settle, our attention naturally turns towards recovery and regaining normal function. However, feeling better doesn’t necessarily mean we’re fully recovered. Pain and swelling may improve before the affected tissues have regained the strength, mobility and capacity needed to tolerate demanding exercise. This is where rehabilitation becomes particularly important.

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Depending on the injury and time spent inactive, we may experience reductions in strength, endurance, coordination, joint mobility and confidence. Rehabilitation aims to restore these qualities through a structured, progressive approach.

For many musculoskeletal injuries, this involves rebuilding:

  • Mobility: Restoring comfortable, functional movement.
  • Strength: Improving the ability of muscles and associated tissues to tolerate resistance.
  • Stability and coordination: Regaining balance and control during movement.
  • Endurance: Rebuilding the capacity for sustained or repeated physical activity.
  • Functional performance: Preparing the body for everyday tasks and, eventually, more demanding activities.

The appropriate exercises and rate of progression depend on the injury. Rehabilitation following a minor ankle sprain, for example, will differ considerably from recovery after a shoulder dislocation or tendon rupture.

One of the central principles of rehabilitation is progressive loading, which involves gradually increasing physical demands as recovery allows. This might mean introducing a greater range of movement, additional resistance or more challenging exercises. However, progression must reflect the injury, stage of healing and any medical restrictions rather than an arbitrary timetable.

Rehabilitation doesn’t always have to be completely pain-free. Mild, manageable discomfort may be acceptable for certain conditions, particularly some persistent tendon problems. However, pain alone cannot determine whether an activity is safe, especially following fractures, significant ligament damage or tendon repairs.

The challenge is finding the right balance. Too little loading may limit the restoration of physical capacity, while excessive loading too soon can aggravate symptoms or compromise healing.

Physical recovery is only part of the process. After an injury, we may hesitate during movements that previously caused pain or lose confidence in the affected area. Gradual exposure to appropriately challenging activities can help rebuild confidence alongside strength and function.

Minor injuries may sometimes recover with suitable self-management, but persistent or more significant problems often benefit from professional rehabilitation. Guidance is particularly important following fractures, dislocations, major ligament injuries, tendon ruptures, surgery or injuries involving significant instability or neurological symptoms.

A physical therapist (physiotherapist) or suitably qualified healthcare professional can assess our limitations, establish an appropriate rehabilitation programme and guide progression.

Rehabilitation isn’t simply waiting for an injury to heal. It’s preparing the body to function effectively again.

⚔️ Getting Back in the Fight

Returning to Training

After weeks or even months of recovery, the temptation to jump straight back into our old training routine can be difficult to resist. However, feeling ready and being physically prepared aren’t always the same thing. Pain and swelling may have subsided, but our bodies may not yet be equipped to handle the loads, speeds and intensities we were accustomed to before the injury.

There is no universal timetable for returning to exercise. Progress depends on the injury, our recovery and the physical demands of the activity we intend to resume. Returning to light exercise isn’t the same as returning to full performance, and more serious injuries may require specific medical clearance and functional assessments before demanding activities can resume.

A successful return involves gradually rebuilding training capacity, managing workloads and recognising when we’re pushing beyond our current capabilities. Continuing appropriate rehabilitation exercises can also help reduce the risk of reinjury.

Returning to training is a process, not a single event.

🏁 Final Thoughts

Live to Fight Another Day

Injuries are frustrating, unpredictable and sometimes unavoidable. They can interrupt our progress, test our patience and challenge our confidence, but they don’t have to mean the end of our training ambitions. Understanding what has happened, recognising when medical attention is necessary and following an appropriate recovery plan can help us navigate the road back.

SAS workout. Who Dares Wins Workout. Physical Fitness.

Recovery rarely follows a straight line, and setbacks are sometimes part of the process. What matters is responding intelligently rather than allowing frustration or impatience to dictate our decisions.

Recover properly. Rebuild patiently. Return stronger where possible.

The fight isn’t over simply because we’ve been forced to take a knee.

🩺 Continue Your Field Medic Training

Want to reduce your risk of injury before it happens? Start with our companion guide:

Injury Prevention: Train Hard, Stay in the Fight

For the next stages of recovery, look out for our upcoming Field Medic guides:

  • Rehabilitation Principles — Rebuilding from the Ground Up
  • Return to Training — From Recovery to Full Performance

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