Anterior Cruciate Ligament Injury (ACL)
Anterior Cruciate Ligament (ACL) tears are often the season ending injuries we hear about in sports. In the United States, it is estimated that ACL injuries happen to 1 in every 3000 people and usually occur when the foot is planted firmly and the knee pivots, twists or overextends suddenly.
When the ACL is torn, the mechanics of the knee change and create abnormal pressure on the meniscus and articular (covering) cartilage of the femur and tibia. As a result, injury to the meniscus can occur if the ACL is left untreated. Once the meniscus is injured, the risk of osteoarthritis increases sharply. Therefore, when you have an ACL injury, it is important to modify or limit activities that increase stress on the knees until your ACL is treated and healed.
Anatomy of the Knee Ligaments
The knee has 2 collateral (parallel) ligaments and 2 cruciate (crossing) ligaments. The medial collateral ligament (MCL) and the lateral collateral ligament (LCL) are located on either side of the knee. They provide support to the joint by limiting the sideways motion of the knee.
The anterior cruciate ligament (ACL) and the posterior cruciate ligament (PCL) cross on the inner part of the knee joint. They bond the upper and lower parts of the leg together and stabilize the knee by limiting the rotation and the forward and backward movement of the joint. The ACL connects your femur, above the knee, to the tibia (shinbone), below your knee.
Some ACL tears caused by a blow to the knee are accompanied by meniscus (cushioning cartilage) and MCL tears. When this occurs, it is referred to as the "unhappy triad".
ACL Injury Causes and Risks
Although male athletes make the headlines, women experience ACL tears 7-8 times more frequently than men due to hormonal and anatomical differences. Women tend to have stronger quadricep muscles at the front of the thigh compared to their hamstrings at the back of the thigh. This creates an imbalance that can increase the stress on the ACL when landing a jump.
ACL injuries account for more than two-thirds of all knee injuries among skiers and often occur during a fall when the tibia is pushed forward below the femur. Participating in other sports such as volleyball, football, soccer, basketball, and racket sports can also increase your risk of an ACL injury.
Once the ACL has been damaged, an individuals risk of developing osteoarthritis (degeneration of the joint cartilage) later in life is 9 times higher.
ACL Injury Symptoms
Minor ACL tears may go unnoticed immediately but will appear a few hours later with pain and swelling. Even with a slight tear, your knee may feel unstable and your knee may 'give way' with sudden movements.
More serious ACL tears or ruptures are accompanied by severe pain and often a popping sound. Swelling in the knee usually gets worse for several hours following an ACL tear, with the most rapid swelling occurring within the first 4 hours. The knee may feel as though something has snapped and walking or bending the knee is usually impossible.
Diagnosing ACL Injuries
To diagnose an ACL tear, the doctor will move the knee in several positions and examine the knee strength and stability. Common exams used to diagnose an ACL injury include:
- Palpation and Observation is often the first step in diagnosing. The joint will be examined for swelling, bruising and deformities. Next the doctor pressing lightly on the knee to check for the degree of tenderness, swelling and warmth. Some tenderness usually indicates a mild, or grade 1, sprain and acute pain indicates a more serious injury such as a tear.
- The doctor will also assess the range of motion at the knee. You will be asked to bend and straighten your knee and then the doctor will bend it for you to check for limitations due to pain and swelling.
- Pivot Shift Test - While you are laying down, the doctor turns your foot with your leg extended, applies pressure to the outside of the knee and then bends your knee. If your shinbone shows signs of instability, an ACL tear is diagnosed.
- Lachman's Test - While laying down with your leg bent at a 30-degree angle. The doctor holds your thigh in one hand and top of the shin in the other while moving the tibia forward and backward. If the leg moves loosely without reaching a firm endpoint of its forward motion, an ACL tear is diagnosed.
- Anterior Drawer Test - The doctor will ask you to lay down with your knee flexed 80-90 degrees (hip at approximately 45 degrees)and your hamstrings relaxed. With your foot stabilized, the doctor will grip the tibia with both hands just below your knee and pull it backward and forward to compare movement with your uninjured knee. If the endpoint is not firm when the leg is pulled forward, an ACL tear is suspected.
- An arthroscopy may also be used to allow the doctor a look at the ligament. A tiny camera is inserted into the knee and the doctor can use a small surgical instrument to gently tug at the ACL to determine the extent of the damage. An arthroscopy can be performed on an outpatient basis.
After a physical exam has been completed, an x-ray may be required to rule out the possibility of a bone fracture. A magnetic resonance imaging (MRI) scan may also be done to determine the extent of the ACL injury and to discover whether the menisci or any other ligaments have been damaged.
ACL Injury Treatments
Treatment differs from case to case depending on the degree of instability in the knee and the patients activity level. Treating an ACL injury with rest, cold, and Deep Tissue Regeneration Therapy will speed healing and improve the function of the knee so you can return to your normal activities. Once the ACL has improved and activities can be resumed, you will first want to build muscle strength around the knee under the guidance of a physical therapist.
In cases of a complete rupture of the ACL, reconstruction/reattachment of the ACL will be required. Using these therapies prior to surgery will reduce further damage and improve the health of the surrounding tissue so the surgery will be less invasive. Generally, the more invasive the surgery, the more scar tissue is introduced into the area.
Using the following therapies after surgery will control pain and swelling, reduce tissue damage, speed healing and treat the scar tissue resulting from the healing process. You will have a healthier knee with a greater range of motion than if your reconstructed ACL was left untreated.
Resting the injured knee (meaning don't use it at all!) helps prevent the injury from worsening. Not resting a soft tissue injury is dangerous, as this will increase the risk of re-injury and increased swelling - eventually this will become chronic. The quickest (and safest) way to repair damaged soft tissue at home is to rest and incorporate the use of T•Shellz Knee Wraps at least twice per day .
Using cold compression immediately following an ACL tear reduces pain and swelling and reduces the tissue damage that occurs with soft tissue injuries like ligament tears. A Cold Compress or Ice Pack allows you to treat yourself in an effective and convenient way following an ACL tear, if re-injury occurs (which is common due to the instability of the knee), or following surgery if it is required.
Cold works by interrupting and slowing nerve and cell function in the damaged area. This is important because once blood vessels are damaged, they can no longer carry oxygenated blood to the damaged ACL and cells begin to break-down.
Once the inflammation and swelling of an ACL tear has been alleviated, nourishing and strengthening the ligament tissue is recommended. Using Deep Tissue Regeneration Therapy will speed your recovery and heal your ligament more completely preparing it for leg strengthening exercises. Talk to your doctor or physical therapist to find out which exercises are appropriate for your situation.
Deep Tissue Regeneration Therapy via Use of the Knee T•Shellz Wrap
After initial inflammation and swelling is gone you can begin to treat your ACL tear with Deep Tissue Regeneration Therapy, or DTR Therapy. DTR Therapy increases the amount of blood that flows naturally to your knee to nourish cartilage, tendons, ligaments and muscles to speed healing.
The use Deep Tissue Regeneration Therapy (DTR Therapy), will speed your recovery and heal your injury more completely preparing it for strengthening exercises. DTR Therapy increases the amount of blood that flows naturally to your soft tissue to nourish your tendons, ligaments and muscles, improving elasticity and increasing the healing process. This increased Deep Tissue Regeneration Therapy to your tendon or muscles is greatly needed.
Using the T•Shellz Wrap is truly a unique experience. Within moments of applying an T•Shellz Wrap to your knee, you can feel the healing sensation due to the increase in blood flow deep within the area. During a treatment, and for quite some time after you finish, your injured knee tendons, ligaments, bursa and muscles will feel gently warmed and more relaxed. It's a very soothing sensation and extremely effective.
By treating yourself with Deep Tissue Regeneration Therapy you can increase your body's blood supply to the knee and your body's natural healing power. In addition, the fresh blood flow whisks away dead cells and toxins that have built up from the injury leaving the area clean and able to heal faster. Our Knee T•Shellz Wrap provides effective, non-invasive, non-addictive pain relief and healing with no side effects.
Continue the healing process by resting your injury. Limit your movements that may aggravate your strain and lead to reinjury. Tendon / Muscle related injuries can easily turn from a grade 1 strain into a grade 2 or a grade 2 into a grade 3 injury.
During your recovery, you will probably have to modify and/or eliminate any activities that cause pain or discomfort in your knee until your pain and inflammation settle. Taking the time to care for your knee properly will have your knee back to normal faster and allow you to get back to the activities you enjoy.
The more diligent you are with your treatment and rehabilitation, the faster you will see successful results! Through use of controlling inflammation with cold and treating the injured area with a Knee T•Shellz Wrap, you will notice incredible improvement in your knee.
Surgery and Recovery
If an injured ligament does not strengthen appropriately or an athlete continues to experience the knee giving way, arthroscopic surgery and ligament reconstruction may be necessary.
If ACL reconstructive surgery is necessary, remember that proper post-surgery rehabilitation is very important, perhaps even more important than the surgery itself.
Activities should set out to promote healing, increase flexibility in the knee and strengthen surrounding muscles. Your physical therapist will probably set up a "passive range of motion" program, and put you in a hinged knee brace for a month or two to prevent hyper-extension or hyper-flexion in the knee.
An important point for ACL patients to remember after surgery is that every effort must be made to increase range of motion and flexibility at the knee. Weakness in the knee can usually be eliminated by extra strengthening exercises, but increased stiffness can sometimes be permanent if not corrected by further surgery.
Not only will the Knee T•Shellz Wrap help reduce the pain and inflammation in your knee, but will help increase the range of motion in your joint, reduce post operative scar tissue and increase flexibility in the surrounding muscles, tendons and ligaments.
Ask your physical therapist about these treatments and if it's right for your reconstructed ACL! As with all medical devices, make sure your physician is aware of any treatment plan you decide to take.
Post Surgery Scar Tissue
The growth of scar tissue and adhesions are a big problem when recovering from most knee surgeries. Scar tissue/adhesions are what cause stiffening in the tendons and muscle, entrapping nerves, restricting movements, and reducing blood flow.
Unfortunately, scar tissue does not "just go away". Depending on your activity level, age, and therapy done during your rehabilitation, it may never go away. Scar tissue is a major problem as it will permanently reduce flexibility and vastly increase your risk of re-injury. When dealing with scar tissue it is always important to:
- listen well to your physician. If conservative treatments are recommended, remember to stick to your (daily) treatment plan using these therapies
- frequent use of an ice pack will help reduce the swelling very quickly. Much of the pain you feel will be from the swelling, and you will be surprised how fast the pain drops off once the swelling is down.
- T•Shellz Wrap is a safe, electromagnetic energy device that is, without doubt, the most effective conservatie treatment tool that will help reduce scar tissue and increase blood flow to the injury area (thereby accelerating the body's own healing process).
- when applied before stretching, the T•Shellz Wrap will help flush the area with fresh blood. This will help improve your range of motion and prevent re-injury.
To prevent knee injuries it is recommended that you gradually increase the intensity of any exercise or activity when you begin and to be aware of the movement of the knee during activity.
No one is immune to an ACL Injury but Using
T•Shellz will help Reduce Your Risk of Re-Injury while
Accelerating the Rate of Healing in Your Knee
A knee that is supported by strong leg muscles is less prone to injury, therefore, regular exercise and maintaining good physical condition, particularly when participating in sports such as football and skiing are also excellent ways to avoid ligament injuries. If your knee is unstable or weak, wearing a brace during exercise and activity can reduce the risk of re-injury of the ligament while your knee is regaining strength.
Giving yourself a T•Shellz Treatment will help increase elasticity of soft tissue (via warming) and stimulate your blood cirulation in the treatment area. As such, the use of a T•Shellz Wrap is recommended before exercise or strenuous activity as it will help prevent further strain or reinjury due to increased tissue flexibility.
It may seem hard to believe, but our T•Shellz Wrap will assist you in recovering from your injury faster and reduce the chance of degenerative conditions by maximizing blood flow where it is needed most, reduce swelling and inflammation induced pain.
If you want to prevent further damage to your knee injury, heal more quickly, reduce swelling and increase circulation for lifelong health benefits, proper use of an ice pack and a Knee T•Shellz Wrap will provide exceptional results. Why spend time in pain, off from work, and missing out on your active lifestyle when you can be proactive about your injury and the health of your body? Talk to your doctor about incorporating a regular routine of using Deep Tissue Regeneration Therapy into your everyday health regimen.
Our customer service lines are open 5 days a week helping people understand their injuries and how to treat them. Simply call toll free 1-866-237-9608 to talk with one of our knowledgeable Product Advisors. They have the ability to answer questions and even put together a treatment plan for you.
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