Every day an estimated one out of every 10,000 people sprain their ankle, an injury in which one of the two major ligaments on the outer portion of the ankle is stretched and/or torn. (As shown below, these are the anterior talofibular ligament and the calcaneofibular ligament.)

In the great majority of cases, individuals who see a physician for their injury are instructed on how to reduce pain and inflammation. They may be advised to wear an air cast or participate in physical therapy to strengthen the ankle muscles, in order to make a full recovery.

The remaining population—about 10% of people—develop ankle instability, a condition in which, although the ligament has healed, it has done so in a lengthened position. As a result, the person is prone to a feeling of the ankle "giving out" and to additional sprains. Athletes such as ballet dancers, who already have looser-than-average ligaments, are particularly likely to develop this condition.

Diagnosis

The orthopaedic surgeon diagnoses ankle instability through a physical assessment for mechanical instability (motion beyond the normal physiological range) and through the use of taler tilt (or stress) x-rays. In a healthy ankle, this tilt should only extend to about 5°; in the patient with an unstable ankle, the tilt will extend to 15-20° on x-ray.
 

Treatment

Treatment for ankle instability begins with a regimen of exercises intended to strengthen the muscles of the outer ankle, in an attempt to compensate for the loss of stability formerly provided by the ligament. While this treatment is helpful for many patients, it may be less successful in individuals whose muscles are already quite strong, such as dancers or other athletes. If instability is primarily a problem when participating in specific recreational activities, it may be addressed by taping the ankle and/or with the use of a brace, either one that is worn in an athletic shoe, or one that laces around the ankle. However, if these measures are not adequate to restore stability and the patient continues to experience a feeling of instability during everyday activities, surgical repair of the injury may be advised.
 

1. The preferred is an anatomic reconstruction, in which the stretched or torn ligaments is repaired and allowed to heal in a shorten position. This reconstruction can be accomplished by using the patient’s own tissue, also known as a Broström procedure, or utilize a cadaver tendon, also called an allograft, if the patient’s own tissue is too stretched out or different. For added stability and to help prevent re-injury, the surgeon may also tighten the retinaculum, a band of fibrous tissue that helps hold the ankle in proper alignment.
2. The second type of surgery is peroneal substitution ligament reconstruction, a procedure in which the ligament is replaced entirely with another piece of tendon from the patient’s ankle. This procedure is less ideal as the main dynamic stabilizer of the ankle, the peroneal tendon, is used.

However, anatomic reconstruction, using a patient’s own tissue, is not possible in every case, for example, when the tissue have been too damaged and are insufficient for repair. When the torn ligament is too badly damaged we utilize a tendon allograft. Peroneal substitution ligament reconstruction requires a larger incision than anatomic reconstruction, has a somewhat longer recovery period, and carries a risk of nerve irritation, which can lead to chronic pain. We rarely use a non-anatomic personal substitution ligament reconstruction because it sacrifices a good tendon, has higher instances of post-operative stiffness and pain.

All types of surgery may be done using an epidural - the same type of anesthesia that many women receive during childbirth - so that the patient may be awake during their surgery if they so choose. An overnight stay in the hospital is not necessary.
Long-term outcome for both of these surgical procedures is generally quite good, provided that there is no arthritis present in the ankle. Ankle instability is not necessarily associated with ankle arthritis. However, if the bones of the ankle have been rubbing against each other over the course of many years owing to chronic ankle instability, then the latter condition may contribute to the wearing away of cartilage, and the development of arthritis in the joint.

Following surgery, the ankle is placed in a plaster splint and the patient must use crutches or a knee scooter to avoid placing any weight on the affected foot. At two weeks, the plaster splint is replaced with a cast or removable boot, which is worn for an additional 2 to 4 weeks. Formal physical therapy is started at 6 weeks and an ankle support is worn for walking until 12 weeks after surgery.

 

What is a sprained ankle?

An ankle sprain is an injury where the ligaments around your ankle get overstretched or torn. This is one of the most common sports injuries. In most cases, your foot rolls outward or inward and you feel a sharp pain in your ankle. This is different from what is known as a high ankle sprain, a condition that affects a different set of ligaments located above the ankle joint.

Sprained ankles often occur when you play sports that call for quick changes of direction, such as basketball or soccer. You can also roll your foot when running on an uneven playing surface or by landing on another player’s foot.
 

What are the signs and symptoms of a sprained ankle?

The key ankle sprain symptoms are:

• Pain
• Tenderness
• Inability to bear weight
• Swelling
• Bruising at the ankle
• Stiffness

Classic signs of an ankle sprain are:

• Pain that increases when you touch your ankle or stand on it
• A swollen ankle with bruising or change in skin color at the site of injury
   

How do you treat a sprained ankle?

A sprained ankle can usually be treated nonsurgically with early intervention and, in some cases, physical therapy. It is important to reduce swelling very soon after your injury. The standard, immediate treatment is known as the RICE protocol, which stands for:

• Rest
• Ice
• Compression
• Elevation

Rest

As soon as you injure yourself, sit or lie down and take your weight off of your foot.
 

Ice

Apply ice or a medical ice pack to your ankle for 20 minutes at a time (not longer) at least twice a day or as often as every two hours. Do this for three days after your hurt your ankle.
 

Compression

Wear a compressive wrap to help reduce swelling, which will help the ankle ligaments heal in their natural position. If the ankle remains swollen for longer periods, the ligaments may heal in a stretched-out position. This can weaken them and lead to a separate condition known as ankle instability. About one in 10 people who sprain an ankle will develop this condition, either due to a ligament tear or because they don't effectively reduce swelling during the healing process.
 

Elevation

When sitting or lying down, keep your ankle elevated above the level of your heart. Do this for several hours each day.
 

Pain Medication

You may also take over-the-counter pain relievers. NSAIDs (nonsteroidal anti-inflammatory drugs) such as ibuprofen (Advil) or naproxen (Aleve) are best, because they also reduce swelling.
 

Rehabilitation

Physical therapy may be recommended for more serious sprains. Your therapist can guide you on the appropriate level, type and timing of exercises that will help you strengthen your ankle and regain balance and flexibility without causing reinjury to the ankle.
 

How soon should I see a doctor for a sprained ankle?

You should see a doctor if you have persistent moderate or severe pain, swelling or bruising after applying the treatments above for three to five days. But if the pain or other symptoms are very intense, you should see an orthopedist or sports medicine doctor as soon as possible to ensure that you do not have a broken ankle or to learn whether your sprain is severe enough to require special treatment.
 

Can you walk on a sprained ankle?

You should limit weightbearing as comfort permits for at least a few days, and then increase weightbearing as you can tolerate it. In the case of a severe sprain and slow recovery, your doctor may prescribe a CAM walker boot or ankle brace to provide protective weightbearing.
 

How long does It take for a sprained ankle to heal?

Healing time depends largely on the severity of the sprain. With appropriate treatment, a minor sprain may heal in as little as five days. In more severe sprains, it may take up to six weeks.
 

Overview and anatomy

The Achilles tendon is a thick tendon located in the back of the leg. It connects the gastrocnemius and soleus muscles in the calf to an insertion point at the calcaneus (heel bone). It is the strongest tendon in the body and allows people to push off while walking, running and jumping.

Achilles injuries can occur in several places, but the most common area is at the muscle-tendon junction – the area where the calf muscles join with the tendon. Injuries in this area often heal on their own. This junction has a smaller blood supply than does the muscular area of the leg, however. This makes the healing process slower than it is in many other leg injuries.
 

Achilles tendon conditions and issues

Chronic, long-lasting Achilles tendon disorders range from overuse injuries that cause inflammation or degeneration, to acute traumas such as Achilles tendon ruptures. Pain along the back of the ankle or in the heel are often the result of distinct problems along the course of the Achilles tendon or at its point of attachment to the heel of the foot. This type of pain may also be caused by retrocalcaneal bursitis, which is sometimes called Achilles tendon bursitis.
 

Achilles tendon injury prevention

Since a lack of flexibility is a major cause of injury, proper stretching of the lower leg is the most basic way to prevent Achilles tendon strains or tears. As is the case with many other conditions injuries, it is important to stay as fit as possible during the healing and rehabilitation process. Swimming and other non-impact exercises are best, including bicycling, if that activity does not cause any pain (which would indicate a likelihood of reinjury). Running should be avoided at all costs until a rehabilitation specialist, trainer or doctor advises that sufficient recovery has taken place.
 

Treatments for Achilles tendon conditions

Most people who have injuries and inflammation related to overuse of the tendon undergo nonsurgical treatments. These can include:

• rest or other modification of activities
• physical therapy (rehabilitation)
• nonsteroidal anti-inflammatory drugs (NSAIDs) such as ibuprofen
• (for some patients) platelet-rich plasma injections (also known as PRP injections)

In rehabilitation, a physical therapist or athletic trainer may employ ultrasound, electrical stimulation, cold therapy (icing) and massage to promote healing. They will also teach the patient specific stretches and strength training exercises to regain function and prevent future problems.
 

Total ankle replacement, also known as total ankle arthroplasty, is a surgical treatment for ankle arthritis that is appropriate for some patients.
 

Can ankles be replaced?

Ankle replacement surgery has been an option for many years. Recent advancements in technology and techniques have made it the preferred option for treating patients with ankle arthritis.

Ankle replacement can take away the pain from the arthritis and preserve the motion at the joint. This helps patients perform tasks such as walking on uneven ground and going up and down stairs. It also protects the other joints of the foot to help prevent them from getting arthritis.

 

What is ankle replacement surgery?

Ankle replacement is a surgical treatment for ankle arthritis in which portions bone and cartilage in joint removed and replaced with prosthetic implants. A total ankle replacement prosthesis is made up of three different parts: A titanium metal component is attached to the tibia, a cobalt-chrome piece is connected to the talus, and a polyethylene (plastic) implant is placed between the two. An ankle replacement takes away pain from arthritis, while also preserving motion at the joint.
 

What happens if I have avascular necrosis of the talus?

In some cases, part of the talus loses its blood supply and collapses (called avascular necrosis, "AVN" or osteonecrosis). When this happens, the bone is no longer healthy and cannot support an ankle replacement. But there are additional options, depending on how much of the bone is necrotic.

If the area of necrosis is small, then that portion of bone can be removed at the time of the replacement, and the implant can rest on the remainder of the talus that is still healthy.

If the area of necrosis is too large, then the entire talus bone can be replaced with a metal piece that is custom made for the patient.

 

Who should get an ankle replacement?

Ankle replacement is for patients who are no longer able to manage their ankle arthritis pain and swelling with nonsurgical treatments such as:

• physical therapy
• ankle braces
• nonsteroidal anti-inflammatory drugs (NSAIDs)
• corticosteroid injections
  
   

Should I get an ankle replacement or an ankle fusion?

Studies have shown that replacement and fusion offer the same degree of pain relief, but that ankle replacement provides much better function in the ankle by retaining the joint’s flexibility. But in some patients, ankle replacement is not possible, and fusion is the appropriate option.
Before ankle replacement gained acceptance, ankle fusion surgery was the standard treatment for ankle arthritis. In an ankle fusion, the two bones of the ankle, the tibia and the talus, are joined together and held in place with plates and/or screws. Over time, the bones heal together. Once that occurs, the joint will no longer hurt, but will also no longer bend.
 

When is ankle fusion a better option than ankle replacement?

There are a variety of reasons why some patients may not be able to have an ankle replacement. It could be that their bone that is too weak, or that they have a deformity or malalignment of the ankle and foot that is not correctable. Replacement is not appropriate for people with certain neuromuscular disorders or those who have Charcot arthropathy – a peripheral neuropathy (loss of sensation) in the foot and ankle. In addition, patients with an active infection are not candidates for ankle replacement and are best treated with a fusion.
 

Why is ankle replacement a better option now than years ago?

Total ankle implants are more anatomic now than years ago. This means that they restore the normal anatomy of the ankle and require that only minimal bone tissue be removed from the ankle. Instruments to perform the surgery have also significantly improved, allowing orthopedic surgeons to be more accurate and perform the surgery more reliably. There has also been significant progress in the medical community’s understanding of how to balance the ligaments of the ankle and align the foot underneath the ankle at the time of ankle replacement. All of these factors have resulted in better outcomes for patients who receive an ankle replacement.

Deep vein thrombosis is a blood clot that forms in a vein deep inside the body, most often in the leg. If a piece of that clot breaks loose and travels through the bloodstream, it can become caught in the lung, causing a life-threatening condition called a pulmonary embolism.

DVTs can develop in people with conditions that make them prone to blood clots, such as antiphospholipid syndrome. They can also form in people with no history of blood clots but who do not move for a long period of time, such as those recovering from surgery.

To lower a patient's risk of DVT after surgery, a doctor may prescribe a blood thinner such as aspirin or Coumadin. Increasingly, automatic compression devices, which massage the legs to increase blood circulation, are being used alongside or instead of blood thinners to prevent DVTs.

The hamstrings are three muscles grouped in the back of the thigh: the semitendinosus, the semimembranosus and the biceps femoris. They are the most common muscles injured in running sports such as soccer or football. Hamstring injuries often occur at the moment a person pushes off to begin running.

Most hamstring strain or pull injuries are partial thickness tears, in which only part of a muscle is torn. A suspected hamstring tear can be diagnosed with an MRI. The injury can usually be treated nonsurgically with rest, ice, compression, and elevation (RICE), as well as nonsteroidal anti-inflammatory drugs (NSAIDs) such as ibuprofen. A patient with a strained hamstring usually also undergoes physical therapy for several weeks.

Severe partial tears and complete hamstring tears require longer periods of rest and conservative management. A patient should not return to full activity until he or she is pain-free and has a full range of motion and strength. Surgery is usually not required except for extreme injuries, such as when a hamstring tendon is torn completely off the bone.

Several factors can increase the risk of hamstring injury: older age, lack of flexibility or strength in the muscle, fatigue, and prior injury to the muscle. (After any hamstring injury, inflammation and swelling cause scar tissue to form, which makes the muscle weaker, less flexible more prone to injury.) The best ways to avoid pulling a hamstring are to stretch propertly (especially shortly before activity) and engage in a sustained strength training exercise program. 

If you’ve experienced pain on the outside of your knee, you may have IT band syndrome or iliotibial band syndrome (sometimes referred to as "tight IT band" or "ITBS"). This is a common condition in competitive athletes and other active people.
 

What is the IT band?

This iliotibial tract or "IT band" is a long, fibrous band of flexible fascia that extends from the hip to just below the outside of the knee. It also has an attachment to the outside of your knee cap. 
 

What is IT band syndrome?

IT band syndrome is a common overuse injury, causing pain at the outside of the knee. It is typically seen in runners and cyclists. Competitive rowers, skiers, and athletes playing soccer, basketball, and field hockey may also experience IT band syndrome.
 

What are the symptoms of IT band syndrome?

The most common symptom of IT band syndrome is pain located on the outside of the knee that increases as a person runs, cycles or performs other exercises that involve repetitive bending and straightening of the knee. One may also experience a feeling of clicking, popping or snapping on the outside of the knee.
 

What causes IT band syndrome?

The cause of IT band syndrome is controversial. It is commonly thought to be caused by the friction of repeatedly bending and straightening the knee that leads to inflammation of the area under the IT band. Other studies suggest it is actually the result of compressive forces to a fat pad that is deep to the IT band. Another theory suggests chronic inflammation of the IT band bursa.

There are various individual factors and training practices that may place excessive stress on the IT band and put athletes at risk:
 

Individual factors

• Anatomy: Variations in anatomy (such as hip and knee alignment) and excessive foot pronation can increase strain to the IT band.
• Flexibility: Decreased flexibility in different muscle groups can affect the way the foot, ankle, knee and hip joints move, causing compensations.
• Muscle strength: Muscle strength imbalances in the pelvis, hip, knees, foot and ankle can lead to faulty movement patterns and increase strain to the IT band.
• Muscle control: Decreased muscle coordination and control of the leg can lead to decreased alignment and lead to increased tension and stress at the knee.
   

Training factors

• Training surface: Training on tilted surfaces (such as always running in the same direction on the track) or repeated downhill running can lead to repetitive stress on the IT band.
• Training dosage: Sudden increase in training volume or intensity can lead to increased stress on the body, as well as faulty movement patterns.
• Shoe wear: The recommended shoe wear for runners ranges from 300 to 500 miles. Training in shoes that are too worn can alter the mechanics in the foot, ankle, knees, hip and pelvis.
   

How is IT band syndrome diagnosed?

If you think you may have IT band syndrome, you should consult a sports medicine physician, physiatrist or physical therapist. The doctor will interview you about your medical history and symptoms and conduct an exam to determine whether you have IT band syndrome or a different condition that may have similar symptoms, such as runner's knee, meniscus injuries, or stress fracture. If IT band syndrome is suspected, a physical therapist can work with you to identify your individual risk factors and start a treatment and prevention strategy.
 

What is the treatment for IT band syndrome?

The key treatment for IT band syndrome is to rest from the activity that is causing the pain. This should be followed up with a consultation with a physical therapist who can help determine the causes of your IT band syndrome and provide exercises and cross-training tips in addition to reviewing your risk factors. Addressing improper running form and poor bike fit are additional interventions that are important in a comprehensive treatment plan. After a physical therapy program is completed, competitive athletes should consider working with a fitness professional or athletic trainer to design training workouts that will help prevent recurrence.
 

How do you prevent IT band syndrome?

Prevention of IT band syndrome is geared toward correcting any individual risk factors or training errors that contributed to the injury. A comprehensive exercise program includes flexibility, strength training and gaining correct control at the pelvis, hips, knees, foot and ankle. Be sure to consult a health and fitness professional before participating in a new training or rehabilitation program.

Limb length differences, in which one arm or leg is shorter than the other, can be debilitating and lead to other medical problems, such as back, shoulder, hip or knee pain. Although limb length discrepancies can affect the arms and hands, leg length discrepancies are more common. Leg length discrepancy can be a problem for adults or children and can be caused by a congenital or acquired problems. Many patients with significant length differences will benefit from limb lengthening surgery.

What is a leg length discrepancy?

A leg length discrepancy (one leg shorter than the other), is also called anisomelia or short-leg syndrome. This condition can affect both children and adults.
 

What causes one leg to be longer than the other?

Most cases of unequal leg length are congenital conditions (those people are born with). But other, acquired cases may be caused by traumas or infections that damage bone growth plates, poorly healed bone fractures, or bone tumors, all of which can affect growth and cause one leg to be shorter than the other. For example, it is a common issue among people who have survived a polio (poliovirus) infection.

Congenital conditions that cause leg length discrepancies

• Fibular hemimelia. Also called longitudinal fibular deficiency, this is where a person is born with an underdeveloped or missing fibula bone.
• Congenital short femur, this is a severe shortening or complete absence of the femur bone.
• Hemiatrophy, in which one side of the body grows significantly smaller than normal and in relation to the other side. This may be seen in in children with Russell-Silver syndrome.
• Hemihypertrophy (also called hemihyperplasia). This is where one side of the body grows significantly larger than normal and in relation to the other side. One form of this congenital condition is called Beckwith-Wiedermann syndrome.

Acquired conditions that cause leg length discrepancies

• In children, damage to a growth plate can cause a bone to stop growing prematurely, leading to leg length discrepancy and deformity. Growth plate damage is often a result of:
  • Severe traumas to a bone – such as a fracture occurring from a car accident, high fall or other extreme-force impact injuries.
  • Bone infections (osteomyelitis). Many kinds of superficial infections (such as Staphylococcus aureas or “staph”) can travel through the bloodstream to form a deep infection in a joint or bone growth plate, since there is significant blood flow in these areas. Younger children whose immune systems have not fully developed are especially susceptible to bone infections.
  • Benign bone tumors such as simple bone cyst or enchondromas or osteochondromas can affect the growth plate and inhibit growth resulting in limb shortening and deformity.
• Even in cases where the growth plate is not damaged, bone fractures can sometimes heal in an abnormal position (called malunion), leading to shortening and deformity.
• Bone tumor conditions that can lead to shortening and deformation of the bone include:
  • Fibrous dysplasia – in which fibrous tissue incorrectly grows in place of bone tissue, weakening and/or deforming the bone. This type of noncancerous tumor often affects the femur (thighbone), tibia (shinbone) or humerus (upper arm bone).
  • Neurofibromatosis.
  • Ollier disease. In this condition, cysts or tumors called enchondromas, which are formed from cartilage tissue, develop in the bone marrow in close proximity to cartilage of the growth plate.
• Neurologic conditions may also affect limb length. Conditions like polio or nerve injury from a young age or birth like spina bifida may cause leg length discrepancy.
• Bone loss from tumors, trauma or infection can lead to leg length discrepancy.
   

How much leg length discrepancy is normal?

A leg length discrepancy of less than 10 mm is often well tolerated and rarely requires surgical treatment. Having a 10-mm or greater difference in leg length creates an asymmetry in the body that may cause lower back pain, hip pain and other problems.
 

How do you measure leg length discrepancy?

Leg length discrepancy is measured on both physical examination using the block method and with standing, full-length X-rays.
 

What problems can leg length discrepancy cause?

Having legs of unequal length creates an imbalance in posture and gait (the manner in which a person walks) that places stress on the low back and hip. This places stress on the lower back, hip, knee and ankle, which can lead to premature joint degeneration (osteoarthritis). In some cases, it can also lead to functional scoliosis.
 

How do you fix leg length discrepancy?

In appropriate patients, orthopedic limb lengthening surgery can be used to increase the length of the shorter leg to be even with that of the other. 

Overview and anatomy

The Achilles tendon is a thick tendon located in the back of the leg. It connects the gastrocnemius and soleus muscles in the calf to an insertion point at the calcaneus (heel bone). It is the strongest tendon in the body and allows people to push off while walking, running and jumping.

Achilles injuries can occur in several places, but the most common area is at the muscle-tendon junction – the area where the calf muscles join with the tendon. Injuries in this area often heal on their own. This junction has a smaller blood supply than does the muscular area of the leg, however. This makes the healing process slower than it is in many other leg injuries.

Achilles tendon conditions and issues

Chronic, long-lasting Achilles tendon disorders range from overuse injuries that cause inflammation or degeneration, to acute traumas such as Achilles tendon ruptures. Pain along the back of the ankle or in the heel are often the result of distinct problems along the course of the Achilles tendon or at its point of attachment to the heel of the foot. This type of pain may also be caused by retrocalcaneal bursitis, which is sometimes called Achilles tendon bursitis. Learn about more specific Achilles tendon conditions in the articles shown below.
 

Achilles tendon injury prevention

Since a lack of flexibility is a major cause of injury, proper stretching of the lower leg is the most basic way to prevent Achilles tendon strains or tears. As is the case with many other conditions injuries, it is important to stay as fit as possible during the healing and rehabilitation process. Swimming and other non-impact exercises are best, including bicycling, if that activity does not cause any pain (which would indicate a likelihood of reinjury). Running should be avoided at all costs until a rehabilitation specialist, trainer or doctor advises that sufficient recovery has taken place.
 

Treatments for Achilles tendon conditions

Most people who have injuries and inflammation related to overuse of the tendon undergo nonsurgical treatments. These can include:

• rest or other modification of activities
• physical therapy (rehabilitation)
• nonsteroidal anti-inflammatory drugs (NSAIDs) such as ibuprofen
• (for some patients) platelet-rich plasma injections (also known as PRP injections)

In rehabilitation, a physical therapist or athletic trainer may employ ultrasound, electrical stimulation, cold therapy (icing) and massage to promote healing. They will also teach the patient specific stretches and strength training exercises to regain function and prevent future problems.

Less often, patients who do not benefit from these therapies may require surgery.

ACL surgery is a repair or reconstruction of the anterior cruciate ligament (ACL). The ACL is an important soft-tissue structure in the knee that connects the femur to the tibia. A partially or completely torn ACL is a common injury among athletes. Complete ACL tears are usually treated by sports medicine physicians and orthopedic surgeons with an ACL reconstruction surgery, in which the torn ligament is replaced with a tissue graft to mimic the natural ACL.
 

How do you know if you need ACL surgery?

The need for surgery depends on the severity of the ACL tear and the lifestyle of the patient. A completely torn ACL cannot heal on its own. Studies have shown, however, that in some patients who experience a partial tear of the ACL, the ligament may heal without the need for surgery.
 

Partial and complete ACL tears

To determine whether a tear is partial or complete, a doctor will perform two manual tests:

• Lachman test: The physician will try to pull the shin bone away from the thigh bone. If the ACL is torn but still intact, the bones won’t move or will do so only slightly.
• Pivot shift test: The patient lies on their back while the doctor lifts their leg and places rotational pressure on the knee. If the bones don’t shift, the test is negative.

In patients who have only a partial tear, it may be recommended to delay surgery and first see if the ligament heals without it.
 

Patient lifestyle

People who have completely torn their ACL and who maintain an active lifestyle – especially competitive athletes – will need surgery return to their prior level of activity and avoid future injury. In some older patients or others whose lifestyles do not include rigorous exercise, nonsurgical treatments may allow them to return to normal routines without an intact ACL.

However, anyone who returns to unrestricted activity with a completely torn ACL will likely experience some knee instability. In they are much more likely to tear their meniscus. The meniscus is a pad of cartilage that cushions the bones that meet at the knee joint. There are two menisci on each knee: the medial meniscus on the inside of the knee and the lateral meniscus on the outside. A torn meniscus will cause knee pain and, sometimes, swelling. More importantly, however, a damaged meniscus increases a patient's risk of developing osteoarthritis of the knee later in life.
 

How soon should you get ACL surgery?

For a complete tear of the ACL, reconstruction surgery is generally scheduled for between three and six weeks after the injury occurs. This allows inflammation in the area to subside. If surgery is performed too early, patients may develop a profound scarring response called arthrofibrosis.

Orthopedic surgeons gauge the appropriate timing of reconstruction surgery based on:

• whether there are other injuries present that need to be treated first
• the physical appearance of the knee
• the patient’s level of pain
• the patient's range of motion and quality of muscle control when flexing (bending) or extending (straightening) the leg

Some evidence suggests that delaying ACL reconstruction surgery for six months or longer after injury reduces a person's chances of having a clinically significant outcome and leads to increased rates of the need for future revision surgeries.
 

How does ACL reconstruction surgery work?

In ACL reconstruction surgery, a new ACL is made from a graft of replacement tissue from one of two sources:

• a portion of the patient's own hamstring, quadriceps or patellar tendon
• an allograft (tissue from a human organ donor)

The type of graft used for each patient is determined on a case-by-case basis.

ACL reconstruction surgery is performed using minimally invasive arthroscopic techniques, in which a combination of fiber optics, small incisions and small instruments are used. A somewhat larger incision is needed, however, to obtain the tissue graft. ACL reconstruction is an outpatient (ambulatory) procedure, in which patients can go home on the same day as their surgery.
 

What is the recovery time for ACL surgery?

It usually takes six to nine months for a patient to return to participating in sports after an ACL reconstruction, depending on the level of competition and the type of activity.

Patients are able to walk with crutches and a leg brace on the day of surgery. Very soon after surgery, the patient enters a rehabilitation program to restore strength, stability and range of motion to the knee. The rehabilitation process is composed of a progression of exercises:

• Strengthening and range-of-motion exercises are started early in the recovery period.
• Running exercises begin at about four months.
• Pivoting exercises are started at around five months.
• Return to playing competitive sports can begin as early as six months.

The degree of pain associated with ACL recovery varies and can be addressed successfully with medication. Recovery time also varies from patient to patient. The determination of when a patient has fully recovered is based on the restoration of muscle strength, range of motion and proprioception of the knee joint.

Arthroscopic surgical techniques have made recovery times quicker and easier in comparison to open surgery, which is how ACL reconstruction performed in the past. But to achieve a successful outcome, it is critical that the patient have a rehabilitation period that is carefully supervised by an appropriate physical therapist, as well as to have follow-up appointments with the surgeon. seguimiento con el cirujano.
 

Types of ACL surgery

In most cases, it is not possible to repair or reattach a torn ACL. ACL surgery usually involves a complete rebuilding of the ligament. This procedure, called ACL reconstruction, is the current standard of care for surgically treating a torn ACL. Choosing the right surgical option for an ACL tear from the start can have lifelong implications, and it is critical to get ACL surgery right the first time.
 

ACL reconstruction versus ACL repair

ACL reconstruction is the current standard-of-care surgical treatment for ACL tears. This procedure typically uses a graft, or a piece of tissue, placed in the knee in a minimally invasive surgery that uses small incisions.

ACL repair is an older technique that involved sewing the torn ACL tissue back together with sutures, rather than rebuilding it with a graft. ACL repair was performed in the 1970s at select institutions, including Hospital for Special Surgery, but was abandoned due to unacceptably high failure rates of up to 50%. Today, ACL repair has been modernized and can be performed through a minimally invasive approach. Some surgeons feel that modern ACL repair techniques may be performed safely and may lead to a quicker recovery than ACL reconstruction. However, the data on outcomes is limited, and failure rates for ACL repair appear to be between 5 and 10 times higher than those for ACL reconstruction in people of all ages.
When ACL surgery fails, surgeons must do a revision surgery (a second operation) to fix any problems that were not successfully addressed the first time. If a repaired ACL fails, it can only be revised with an ACL reconstruction. Having to redo any kind of ACL surgery may result in higher rates of failure, lower rates of successful return to sports activity, and increased risk of developing osteoarthritis in the knee. It is important for patients of all ages to have a successful surgery the first time, but it is particularly important for young athletes. For them, a failed surgery can be devastating: In the short term, it can mean that they lose years away from their chosen sport. In the longer term, it can lead to chronic pain and loss of knee function.
 

ACL reconstruction surgery steps

Reconstruction of the ACL follows a number of basic steps, although they may vary slightly from case to case:

1. The orthopedic surgeon makes small incisions around the knee joint, creating portals of entry for the arthroscope and surgical instruments.
2. The arthroscope is inserted into the knee and delivers saline solution to expand the space around the joint. This makes room for surgical tools, including the arthroscopic camera, which sends video to a monitor so that the surgeon can see inside the knee joint.
3. The surgeon then evaluates structures that surround the torn ACL, including the left and right meniscus and the articular cartilage. If either of these soft tissues have any lesions, the surgeon repairs them.
4. Next the graft will be harvested (unless a donor allograft is used). A section of tendon from another part of the patient's body is cut to create a graft, which is then attached at each end to plugs of bone taken from the patella and tibia. These plugs help to anchor the graft that will become the new ACL.
5. The surgeon inserts the new ACL into the femur and tibia using a flexible guide wire.
6. Screws are used to secure the plugs of bone. Over time, these plugs will grow into the surrounding bone.
7. The surgical instruments are removed to complete the procedure.
    

Can a teenager have ACL surgery?

Children and younger teenagers who are still growing cannot have the same type of ACL surgery as an adult or older adolescents, but recent surgical innovations have made it possible for youth athletes to have ACL reconstruction surgery.

The standard method of ACL reconstruction can be performed successfully on older teenagers. But performing ACL reconstruction on a growing child is difficult, because the typical method used for adults can cause damage to open growth plates, which can lead to uneven limb lengths or deformities. Therefore, it used to be that surgeons postponed ACL surgery until children stopped growing, or used surgical techniques that were not anatomically accurate.