If you’re reading this, you are probably wondering if you’ve sprained the outside of your knee. Maybe your knee buckled outward or got twisted when you turned suddenly. The ligament connecting the outside of your knee is called the Lateral Collateral Ligament (LCL). Think of the LCL as your knee’s high-tension outer tether, and injury happens in a split second. It occurs when a sudden varus force, an extreme outward blow, exceeds what the ligament can physically endure. Whether it’s a sharp change of direction on the field, an awkward twist with your foot in one position, a painful hyperextension, or a direct hit to the inside of your knee, the tissue reaches its breaking point.

The good news is the LCL is injured in about 2% of knee injuries. The bad news is, it usually isn’t injured in isolation. Other knee ligaments, meniscus, and muscles are usually injured as well.

The lateral collateral ligament (LCL)

Imagine a strong, slender bundle of ropes on the outer side of your knee. This is your lateral collateral ligament (LCL). It is a strong bundle of fibres that connects your thigh bone (femur) to your lower leg bone (fibula). The LCL stabilizes and protects your knee joint from too much side-to-side movement.

Other ligaments in the knee

Besides the LCL, your knee has more main ligaments. Opposite to the LCL is the medial collateral ligament (MCL). Deep in the center of the knee joint are two cruciate (cross) ligaments: the anterior cruciate ligament (ACL) and posterior cruciate ligament (PCL). They stabilize forward and backward movement of your knee, and together, all these ligaments anchor your knee joint.

Muscles Around the Knee

Around your knee, there are many incredibly strong and important muscles. The most well-known are the quadriceps at the front of your thigh and the hamstrings at the back. The hamstrings split into two, with one part connecting to the inside of the knee and one part connecting to the outside. Together with a smaller muscle called the popliteus, they help to control the rotation and forward movement of your knee. You can think of them as the engine and brakes for your knee. The LCL attachment intertwines with the attachments of these muslcles. So, often when one of them gets injured, the others will be injured as well.

Menisci: The Knee’s Shock Absorbers

Within your knee there are two C-shaped cartilage-type pads known as menisci. They serve as cushions or shock absorbers within the knee joint especially with a twisting movement. They also make the gliding action within the knee easier.

The Complete Picture: Your Knee Joint

All these parts — the LCL, muscles and menisci — work together. Unfortunately, they can also get injured together as well. It’s important to look at the bigger picture with a knee ligament injury.

The knee’s side protector

Imagine the lateral collateral ligament (LCL) as a guardian positioned on the outside part of your knee. Its role is to prevent the knee from buckling sideways.

The team player

The LCL doesn’t operate solo; it’s part of a team. Alongside companions like the kedial collateral ligament (MCL) on the inside and the cruciate ligaments (ACL and PCL), they collaborate effectively as a team. This teamwork is what gives your knee the best stability. Ultimately giving you the ability to squat, run, jump or hike up a mountain.

A feedback friend

The LCL also acts like a messenger. By keeping the knee stable, it helps your body to sense your knee’s position in space. This is called proprioception and it’s like having a sixth sense for your knee, so you can move without having to think about every step.

The Balance Keeper

Doing things like dancing, leaping, turning or taking part in sport requires a lot of balance and coordination. The LCL, together with the other ligaments in your knee give you the ability to maintain your balance and stability on one leg. This helps you to move confidently and gracefully.

The Side Swipe

Imagine you’re playing a sport or simply walking, and suddenly you bump your knee’s outer side hard against something, or someone hits it from the inside. This kind of hit is what usually causes an LCL injury. It’s like someone pushing you sideways when you’re not expecting it, and your knee takes the brunt of it.

Twist and Shout

Another way the LCL can get hurt is if your knee gets twisted while your foot is planted firmly on the ground. It’s like trying to turn quickly while your foot is stuck, and your knee feels the twist. This sudden twist can stretch the LCL too much or even tear it.

Overstretching

Sometimes, if you move your leg too far outward, the LCL can get overstretched. Think of it like pulling a rubber band too far – it can strain or even snap. This happens to the LCL when the knee is forced to bend in a way it’s not meant to.

The Breakdown

When the LCL gets hurt, it might just stretch too much, get partially torn, or in severe cases, completely tear apart. The severity depends on how much force your knee faced. It’s like a rope that’s frayed or snapped depending on how much pressure it’s under.

The Consequences

When the lateral collateral ligament (LCL) is hurt you may experience a sense of instability in your knee particularly when attempting sideways movements or engaging in activities requiring movement of your knee. Without care and adequate rest, this injury can stop your tasks such as walking or climbing stairs, and it will end up causing discomfort and difficulty. It is crucial to provide the attention it needs to facilitate your knee’s return to its role – as a robust and dependable part of your leg.

• Direct Blow to the Inner Knee

  : A strong impact, to the inside of the knee leads to an increased stretch of the outside of the knee. In football, a common reason for LCL injuries is a hit to the knee during tackles leading to a notable number of knee ligament injuries in the sport.

• Twisting Movements: Twisting your knee, with your foot planted in one place can easily injure the lateral side of the knee and LCL. This frequently occurs in sports when athletes pivot, turn or change direction quickly.
• Hyperextension: Over-straightening your leg into an extreme range can also injure the LCL (as well as other ligaments). This is like bending a ruler backward until it starts to strain. An example of this when a gymnast or acrobat needs to land with a hyperextended knee. 
• Landing after a jump: Landing on an unstable surface or even falling over after you land, can easily put too much strain on the outside of your knee. This leads to a strain injury of the lateral knee.

Mild LCL Injury (Grade I)

A mild LCL injury, classified as Grade I, may cause pain and tenderness on the outer part of your knee. The swelling is usually minimal. When you bend your knee sideways (such as during a Varus stress test), you may experience some discomfort. However, your knee should not feel unstable or loose. This type of LCL injury typically indicates that your ligament is strained rather than torn.

Moderate LCL Injury (Grade II)

On the other hand, a moderate LCL injury, categorized as Grade II, can be more painful. You are likely to experience increased soreness and pain on the outer part of your knee along with swelling. During the Varus stress test, there will be more discomfort. Your knee may feel slightly unstable. This suggests that your ligament is partially torn, which is greater than just a strain.

Severe LCL Injury (Grade III)

In a severe LCL injury, the ligament is fully torn. Surprisingly, there are instances where the pain may not be as intense, as a grade II injury. However, the issues are more severe. You may still experience pain and sensitivity on the part of your knee along with swelling. When you check your knee by bending it you will notice a looseness indicating that the ligament is not providing the necessary support. This kind of injury can lead to a greater sense of instability in your knee.

Other Injuries that come with LCL Injuries

When your LCL is injured it’s not unusual for other parts of your knee to suffer damage well. Additional ligaments, in your knee, such as the Anterior Cruciate Ligament (ACL) or Posterior Cruciate Ligament (PCL), or the Posterolateral Compartment (PLC) a group of tissue structures at the back of your knee may also be affected. In some cases the injury might be severe enough to cause a dislocation where the bones are displaced. Occasionally there could also be damage to the menisci, which act as shock absorbers inside your knee. Keep an eye out for injuries to the back or side of your thigh, like hamstring or Iliotibial Band Syndrome.

We are confident to diagnose your lateral collateral ligament (LCL) sprain as skilled physiotherapists. We make our priority to locate the exact reason for your knee pain and from there formulate a treatment plan that will suit you lifestyle. With the right knowledge about the anatomy of your knee, we can look at the bigger picture and see if you have injured any surrounding muscles or joints.

To start off with the diagnostic procedure of a LCL sprain, we get a complete history of your injury and symptoms. After that, we do a thorough physical examination of your knee:

• Palpation: We feel for tenderness, swelling, increased warmth, pain response or muscle spasm.
• Range of Motion: It is important to measure how far you can bend and straighten your knee before you feel stiffness or pain.
• Muscle Strength Testing: With any ligament injury, you’ll always have accompanying muscle pain or injury. By testing the strength of muscles like your quadriceps and hamstrings, we’ll be able to identify any muscle dysfunction and measure your knee stability.
• Special Tests: Stretching and stressing the ligaments around your knee help to identify which ligaments were injured.

Ligaments cannot be seen on an x-ray, so it won’t be the first choice of investigation to use. However, x-rays can show the bone structure of your knee joint and can help to rule out any fractures.

Your physiotherapist can refer you to get x-rays taken if necessary.

Diagnostic ultrasound can be used to show the presence of a tear in the ligament. It will also be used to assess the surrounding soft tissues and amount of swelling and fluid.

If you need an ultrasound, your physio will refer you.

An MRI is the gold standard for seeing the full extent of a knee injury. It will be able to show us bones, ligaments, nerves, tendons, cartilage and swelling. However, it is an expensive option and you need to be referred by a specialist doctor to get this test.

Your physiotherapist can refer you to the appropriate specialist if you need to get a scan like this.

Delayed healing and chronic inflammation:

Your LCL may not have fully healed, leading to continued discomfort. Because your injury does not heal properly and can keep getting injured, this may lead to chronic inflammation. This inflammation will result in the formation of scar tissue can limit movement and cause discomfort.

Complications and Muscle Imbalances:

Other injuries or conditions, like Baker’s Cyst or Arthritis, might have developed. This may develop because the supporting muscles of your shoulder were not strong enough to stabilize the knee, which will put you at risk of developing other painful conditions of the knee.

Improper Treatment and Underlying Conditions:

The initial treatment might not have addressed the root cause or severity of the injury. Not only may improper treatment affect the recovery of your shoulder, there may also be factors that you may have not considered such as Diabetes, Osteoporosis or Rheumatoid Arthritis.

Not using protective gear properly

It is not uncommon for people to place themselves in a sling for either too short or too long of a time. This may lead to inadequate healing or cause the shoulder to become weak and dependent on the sling for their pain.

Treating the wrong problem or not completing treatment at all

Not getting a proper diagnosis from the start is another issue. It wastes valuable time and delays appropriate treatment. Failure to identify the root cause of your heel pain leads to ineffective treatment. Patients often try out various forms of treatment but fail to complete them. Committing to a consistent and comprehensive treatment plan under professional guidance is essential for effective recovery.

Rest and pain medication alone won’t solve the problem

Relying on medication can mask the pain without addressing the root cause of the problem. Finding the balance between resting and safe movements is key to recovery. People tend to think that they can stretch the pain away, but usually it makes the problem worse. It’s important to follow a guided exercise program with a combination of different types of exercises for different muscle groups. Resting too much or too little can be detrimental. Too much rest leads to weakness and stiffness and deconditioning. Too little rest simply prolongs the inflammation.

As experienced physiotherapists, we understand that a lateral collateral ligament injury is painful and frustrating to recover from. We want to assure you that together, we can create a treatment plan to guide you through recovery. It will include a combination of techniques designed to reduce your pain and inflammation, and to improve your shoulder mobility and strength.

• Manual therapy: Hands-on techniques, like soft tissue mobilization and joint mobilization, to decrease your pain and increase your range of motion of your knee.
• Therapeutic exercises: We’ll work together on targeted exercises to strengthen and stretch the muscles around your knee. This usually includes working on the muscles of the front and the back of your knee.
• Activity modification: Initially, we guide you to modify your daily activities and exercise to minimize stress on your knee.
• Pain management and Education: Giving you the information you need to understand your pain, helps with long-term pain relief. We can advise you on different pain-relief strategies that are both safe and effective.
• Other effective modalities: We will also use pain management techniques such as Dry Needling and Electrotherapy that has been proven to manage pain. Strapping can also be used to protect the injured area so that the joint may heal properly.

The goal is to help you get back to your daily life and exercise routine as soon as possible, while minimizing the chances of hurting your ligament, or other important structures in and around your knee.

Acute Phase (Days 1-7):

• Pain and Swelling: Right after the injury, you’ll probably feel quite a bit of pain on the outer side of your knee, and it might swell up too.
• Relative Rest and Protection: It’s important to give your knee a break during this time. You might need to use a brace to keep your knee stable and take the pressure off the LCL. This will protect the ligament while preventing the rest of your muscles from getting weaker.
• Ice and Elevation: Applying ice and keeping your knee raised can help reduce swelling and pain. This will provide a safe way to reduce your pain without any unwanted side effects such as impaired healing.

Subacute Phase (Weeks 1-6):

• Reduced Pain: As time goes on, the pain should start to get better, and the swelling will go down too.
• Gentle Movement: You can start doing some gentle exercises to get your knee moving again, but it’s important not to push it too hard. We can guide you on what’s safe to do.
• Strength and Stability: As your knee starts to feel better, you’ll work on building up the strength in your leg muscles and improving the stability of your knee.

Remodeling Phase (Weeks 6-12+):

• Continued Improvement: By now, your knee should be feeling a lot better, but you might still be working on getting back to 100%.
• Advanced Exercises: You’ll be doing more advanced exercises to make sure your knee is strong and stable enough to handle your usual activities. This can include sports or getting through your work day without feelings of instability or pain.
• Gradual Return to Activity: Depending on how severe your injury was, you might be able to start getting back to sports or other activities around this time. It’s important to listen to your body and not rush things.

• Doctor

  : Your doctor can assist you with a diagnosis and a prescription for pain medication if necessary. Medication is a handy tool in your recovery process, but it should be used with guidance and in combination with rehabilitation. The use of cortisone is not recommended.

• Biokineticist: Rehabilitation can also be guided by a biokineticist, especially when you need help to return to your exercise routine or sport.
• Chiropractor: Trying to ‘click’ your knee joint ‘back into place’ after an injury like this is not recommended. It can flare-up the inflammation process or worsen the ligament tear.
• Orthotist: An orthotist can recommend and prescribe a knee brace and crutches according to the severity of your injury. A brace can help with healing, especially in the acute phase of your injury. However, there should be a management plan in place, to make sure that you move and use your knee independently again.

Surgery may be necessary for an LCL injury if the ligament is completely torn, the knee is highly unstable or if other knee structures are also affected. Before opting for surgery, we will assess the extent of the injury to the knee’s functionality, as well as your activity level and objectives.

It’s important to understand that surgery marks the beginning of your knee’s healing process. The real work starts after the surgery as the body needs time to heal and regain the strength it needs to adapt to the new changes. Rehabilitation after surgery plays a role in reducing swelling and pain, restoring knee movement, improving muscle strength and getting you back to your previous activities.

There are different surgical techniques that may be chosen. The first involves a reconstruction using a graft to replace the torn ligament while another technique such as repair entails stitching together the torn ends. Regardless of the approach taken, post-operative rehabilitation is integral for a full recovery, by aiding you in regaining the stability and function of your knee.

• Iliotibial band syndrome: Pain at the outside of your knee, thigh or even hip. Typically caused by overuse and very common in runners. 
• Meniscus tear (lateral meniscus): This is an injury of the extra cartilage layer inside the knee joint. It often causes a clicking or locking sensation in your knee. Caused by a twist injury of your knee. .
• Cruciate ligament injury (ACL or PCL): These ligaments are found inside the knee joint. It protects the tibia from sliding forward or backward on the femur. Very common to injure it when you have to change direction or stop suddenly.
• Lateral hamstring tendinopathy: The outside part of the hamstring tendon attaches onto the knee. Close to the LCL. Tendon pain often feels worse when you exercise and afterwards as you cool down. Severe stiffness of your knee the next morning.

• LCL sprain
• Lateral ligament tear
• Tear of the lateral collateral ligament
• Injury of the lateral knee ligament

What was the event, or buildup, that led to this __________ (condition)?

Choose one mechanism of injury and take the patient through a slow-motion event that describes the pathology.

• The circumstances that led up to the point of failure, the order of dominoes that must fail one after the other to end up with this.
• Slow motion description of how the structures fail under pressure, force, tension, and angular force.
• The condition of the tissue, pre-event and as it deteriorates into this condition state.
• You are responsible for highlighting the secondary fallout that they might not even consider.
• Examples are the physiological breakdown of the structures, failure of one system, and then the next.
  • Why the tissue damage takes place: Rotational force, Pressure force, sudden twisting, e.g. Sideways pressure along the length of the bone is like stomping on a toothpick; the bone will crack, splinter, and shatter, shearing into surrounding ligaments and muscles.
  • Muscle tension is to the max, then tears. The passive structures are the backup system (ligaments) that takes up the slack but then rips through it, splits the ligament, and prys through any resistance. This all occurs in a split second, in the blink of an eye.
• Pathophysiology
  EXPLAIN on a cellular level what goes wrong – Friction, Pressure, Bleeding, Forces, Tension
• Explain the defect & bring it back to function.
  • Backwards, regression of a chemical irritant, nociception leading into chaos, damage, destruction, loss of function, loss of _____

  This is not a bullet section. This is the explanation part – the “causes section” is for listing the bullet points

This is the primary factor that determines the likelihood of developing ….

Predisposing factors that lead to this problem can be linked directly or indirectly.

Look at your patient Demographics and see if there’s any correlation in research.

Meaning the activities, movements, and positions, systemic underlying conditions that directly flare up, worsen and keep on causing the problem to get worse

Symptoms are the words your patient will use – in a subjective assessment.

Try to resonate with the exact words used by your patients to describe it to you. Then reread your symptoms and imagine a patient reading it to you… (Does it fit into the Title Diagnosis?) Can you describe it even better (signs they haven’t even noticed yet)

Remember – Symptoms are the patient’s subjective feelings. Use the words you expect a fractured fibula patient will say… Clicking, Stinging pain, Wabble, – Not “Abnormal movement of your lower leg”. Rather, please describe what you expect to hear them say.

In this section, more vague includes more scenarios than specifics.

Use emotions to describe what they might feel:

• Hesitant to even open a door
• Scared to lie on that side, climb over a step
• Difficult to work on your computer
• Uncertain if you can train
• Use words like:
  • Time: persistent, sudden, lingering, Constant, Worse at night
  • Characteristic: Sharp sting, Annoying, Intense
  • Location: Area, around, particular spot
  • Visible: Puffiness, Blue, bruising,
  • Restriction in ADL: Hesitant to …, Cannot …., Avoid …., Unable to
  • Load (High vs Low): at rest, during ….,

Self-test your … at home with these modified tests and see if you might have a ….

Use your key phrases abundantly here, if you need a few more.

1. Load progression in your tests.
2. Do not use “try to..” – keep to clear instructions. It’s an ‘must do’ instruction. These are tests, must be clear and simple, and avoid words like: “attempt” “try”
   “attempt to cross your painful leg”, “attempt to bend”, “try and twist”.

Describe at least:

• Weight-bearing
• Loaded
• Unloaded
• Stretch/ End of Range

Choose 4/6 of the below signs and DISCUSS why you (as a professional) use to identify and classify the … into: Severe vs Not severe

EXPLAIN WHY it is a serious type of injury ~ This describes the scope of … to a patient in order to understand if it’s worse or better than another person with …

Meaning: Imagine there’s a group of 20 patients, all with … and you must rank them from ‘less severe’ to ‘more severe’ ~ What markers/ signs will you look for to make your hierarchy and group them?

• Frequency – Intermittent/Constant/recurring
• Movement or static positions (rest) flare pain.
• Duration – Days, Weeks, Sudden, Short burst, change position of your … eases the pain.
• Size – Radiate – Shoulder, Upper back, Head…
• Intensity (pain) – bearable, pain doesn’t stop you, hesitant to
• Colour: Bruising, Blue, Red,
• Loading: Contraction, Low load required to bring on pain, High load (jump)
• ROM: Limitation? Less than 10 degrees limitation (not a problem) vs completely locked up.
• Stiffness
• Swelling
• Intensity: Discomfort – Painful – Sharp sting

On a scale from 0-10 describe a picture of Regression.

• Ligament tear Gr 1 – 3
• Muscle strain, micro tear – complete separation split in fibers
• Tendon phase of degeneration
• Cartilage erosion, plugging, tears

Describe a sentence to give the patient confidence that we’re the equipped/best at diagnosing this problem.
“We can handle it” vs “Our knowledgable expert physiotherapists are well versed, confident, and experienced in their approach to diagnosing your…”

We follow a structured plan to diagnose, classify the severity, and determine the hierarchy of priority that your knee needs. We stress, screen and scan all the possibilities that could be causing your pain. Identify any other injuries to surrounding structures. If there is an injury to the ligaments, meniscus, muscles or nerve, or cartilage we will find it.

We understand the physiological healing stages you’ll go through, and custom-fit your treatment program. By knowing the extent of the tissue damage we can guide you through a structured program to recover faster and safely return to the things you love doing. That’s why our physiotherapists are the best at diagnosing this type of problem.

Why is it crucial to get/understand a diagnosis? Does it mean anything? Or is it a death sentence? or will you treat it differently if you know what you’re dealing with?

Muscles cannot be seen on an x-ray, so it will not be effective to diagnose a muscle spasm. X-rays will however show the integrity and alignment of joints in your spine. This will enable us to see if something is wrong with the structure of the bones in your spine or if there is a loss of disc space.

What are you looking for on an X-ray? Cortical stress lines, Displacement measurements, What Classification is done via X-ray?

Your physiotherapist can refer you to get x-rays taken if necessary.

Diagnostic ultrasound can be used to show the presence of a muscle tear (muscle strains), inflammation, swelling or simply increased contraction of a muscle (muscle spasms).

If you need an ultrasound, your physio will refer you.

An MRI scan can image all of the structures in your lower back, including soft tissue, discs, nerves and bones. However, for a muscle spasm an image like this is unnecessary and very expensive. If your physiotherapist suspects anything more than just a muscle spasm, you will be referred to the right specialist.

Is an MRI necessary for this diagnosis – if not when could it become a necessity?

Why will this condition NOT resolve or recover on it’s own

Discuss 3 Problems that are OUT of the patient’s control but can, with guidance, be leveraged to accelerate and control healing or limit setbacks or regression.

A prompt to ask Gemini: Search medical journals published to Rank the risks of complications and secondary fallout caused by with a… treated using non-surgical rehabilitation not limited to, but including predictable compensation patterns, joint stiffness, specific muscle weakness, physiological complications due to anatomical structure, swelling, non-union, malunion, rupture, tendonitis, arthritis, accelerated joint erosion. Also, indicate the percentage likelihood of the development of these complications.

Expected compensation, adaptation

• This section assumes that NO intervention/ treatment/ personal care/medical attention is applied….
• A patient who leaves his … untreated, undiagnosed, what will happen next…
• Pathology:
  • If you don’t take the warning signs seriously, you risk more critical and possibly irreversible damage.
  • Discuss physiology that slows down your recovery (severed nerves, swelling impede arterial bloodflow & nutrients, venous clearing of debris
  • Discuss – Non-union, Malunion, Prolonged healing, Abnormal Callus formation, etc.
  • You become stuck in a cycle of pain, not knowing if it is safe to move or not.
• Without intervention or treatment, why is the tissue state not improving?

Discuss 3 Problems that are WITHIN the patient’s control with guidance, which can be leveraged to accelerate and control healing or limit setbacks or regression.

Complications (guaranteed, or high probability of developing with this problem/diagnosis/condition.

• One concept per paragraph. Explain what resistance or problems you can encounter during the treatment process. Stay to the core message.
• These are not bullet points —they are only to guide your thoughts. Choose a few (not all) and explain why.
• Themes range from: Ignoring… , Accurate Diagnosis, Immobilisation, Too much rest, Too little rest, Medication use,
• Speak to your patient as if each of these is happening to them.
• Without treatment, a “wait and see” approach. – What’s wrong with it, and what problems will they face?
• Explain why it’s a problem. Not only state “it’s a problem” but explain why.
• Reasons that delay recovery time

Pain medication (how long is normal/ acceptable)

Misconceptions about treatment

Please inspire confidence in your ability to test, identify, diagnose and treat/ deal with this.

Example:

Our priority is to determine the extent of the damage to your piriformis muscle. Then, we test the structures surrounding your hip and lower back to clear the nerve pathway and resolve the sciatic nerve pain. Avoiding nerve compression is crucial to prevent relapse and restore the sciatic nerve’s regular sliding. We must protect the muscle from overworking by differing forces away from the piriformis muscle, strengthen the surrounding muscles, correct the compensation, and retrain the correct firing pattern. This allows time for the piriformis muscle to adapt and heal. Our practitioners bring on a change and monitor the results until it’s working, and then we magnify the effects to get even better outcomes.

Patient asks you:
“So why should I come see you for … ?”
Your answer is…

• We can provide the best treatment for, provide guidance and answers., Implement a very effective and structured plan of action like
• Use the antonyms of the words the patient complains of. Instibility – stability/stable, Fear – confidence, worried – calm/carefree, anxiety – serenity
• And we will also look at (muscle strength, joint range of motion, flexibility, ligament stability, and nerve control.)
• Gradual strengthening, control, and conditioning.

Physio protocol time frame for healing (weeks/months)

• A full recovery and return to sport will take longer and should not be confused with the healing period.
• It takes about 3 to 4 months to return to exercise and sports.
• You will need physiotherapy treatment twice a week for the first two weeks.
• After this, your treatment sessions can be …
• Remember: “Non-operative Treatment” or Non- Surgical Not conservative

This section is about other treatments that can help the process services that can help – but we don’t provide.

• Your doctor (GP) will probably
• Pain meds, injections,
• Getting your back or neck ‘aligned’ or ‘clicked’ in the hopes of improving the … will not improve the state of the muscle or change your pain. It could even worsen or trigger a muscle spasm. You need to look at the bigger picture.
• A biokineticist will be able to help you in the final stages of your rehabilitation and get you back to training for your sport.
• Wearing a back brace won’t be the solution to your problem.
• Stretching or foam-rolling might ease your pain temporarily, but

Surgery is necessary when …

• These surgical checkboxes must be ticked before surgery is even considered.
  • What is considered a failure of conservative treatment when surgery must be considered?
  • Give the components of clinical measurements that indicate surgery
• Surgery is only the Halfway mark for a successful surgery; the rest is reintegration, strengthening, and adapting your body to the change.
• Why is rehab important after surgery?

• Only mention a few (up to 5) differential Diagnosis
  • Describe one symptom or difference between the two that sets them apart
  • This section is for very similar Conditions but one or 2 differentiating factors.

• Synonyms
• List key phrases (careful – start each bullet with different word)