Brief outline of hamstring rupture

A hamstring rupture or strain, or a “pulled hamstring” as it is commonly called, is a stretch or tear of the hamstring muscles and/or tendons. This is a very common injury, especially in activities that involve sprinting or explosive accelerations. A common cause of a hamstring strain is a muscle imbalance between the hamstrings and the quadriceps, with the quadriceps being much stronger. The hamstrings actually consist of three separate muscles that work together to extend the hip and flex the knee. The three muscles of the hamstrings are the biceps femoris, semitendinosus, and the semimembranosus, and any of these can be strained. Commonly, minor tears happen in the belly of the muscle closest to the knee. Complete tears or ruptures usually occur when the muscle pulls away from this attachment as well.

Hamstring Rupture

 

Cause of hamstring rupture

Strength imbalance between the hamstrings and quadriceps. Forceful stretching of the muscle, especially during contraction. Excessive overload on the muscle.

Signs and symptoms of hamstring rupture

Pain and tenderness in the hamstrings, ranging from very little with a Grade 1 to debilitating Grade 3. May affect the ability to walk, causing symptoms ranging from a limp to a complete inability to bear weight. Swelling with Grades 2 and 3.

Complication if left hamstring rupture unattended

Pain and tightness in the hamstrings will continue to get worse without treatment. The tightness in the hamstrings could lead to lower back and hip problems. Untreated strains can continue to progress to a complete rupture.

Immediate treatment for hamstring rupture

Grade 1: Ice, anti-inflammatory medicines.

Grade 2 and 3: R.I.C.E., anti-inflammatory medicines, seek medical help if a complete rupture is suspected or if walking unaided is impossible.

Heat, massage and very gentle static stretching can be used after 72 hours to promote blood flow and healing.

Rehabilitation and prevention for hamstring rupture

Stretching after the initial pain subsides will help speed recovery and prevent future recurrences. Strengthening the hamstrings to balance them with the quadriceps is also important. When restarting activity, a proper warm-up must be stressed and a gradual increase in intensity should be followed.

Long-term prognosis and surgery

Hamstring strains that are fully rehabilitated seldom leave any lingering effects. Complete ruptures may require surgery to repair and long-term rehabilitation.
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Brief outline of chondromalacia patellae (runner’s knee)

The underside of the patella is protected by cartilage. Chondromalacia patellae occurs when this cartilage becomes damaged and softens. Softening and degeneration of the cartilage on the underside of the kneecap in athletes is usually a result of overuse, trauma, or abnormal forces on the knee. In older adults it can be a result of degenerative arthritis. Pain under the kneecap and a grating sensation when the knee is extended are possible signs of this condition.

Chondromalacia Patella

Cause of chondromalacia patellae (runner’s knee)

Repetitive micro-trauma to the cartilage through overuse conditions. Misalignment of the kneecap. Previous fracture or dislocation of the kneecap.

Signs and symptoms of chondromalacia patellae (runner’s knee)

Pain that worsens after sitting for prolonged periods or when using stairs or rising from a seated position. Tenderness over the kneecap. Grating or grinding sensation when the knee is extended.

Complications if left chondromalacia patellae (runner’s knee) unattended

Cartilage that degenerates and becomes rough can cause scarring in the bone surface that it rubs against. This in turn causes more inflammation. Cartilage can also be torn when it is rough, leading to loose bodies in the joint.
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Brief outline of knee bursitis

Knee Bursitis can be a painful condition, especially when located in the weight-bearing knee joint. The job of the bursa is to cushion and lubricate the joint, so if it becomes inflamed, pain will occur in most weight-bearing and flexion or extension activities. With three major bursae surrounding the knee there are many chances to injure one of them. The three major bursae of the knee are the prepatellar bursa, the infrapatellar bursa. and the anserine bursa.

Knee Bursitis Pes Anserin

Cause of Knee Bursitis

Repetitive pressure or trauma to the bursa. Repetitive friction between the bursa and tendon or bone.

Signs and Symptoms of Knee Bursitis

Pain and tenderness. Mild swelling, due to release of fluid in the bursal sac. Pain and stiffness when kneeling or when walking down stairs.

Complications if left knee bursitis unattended

The bursa is a fluid-filled sac that is used to lubricate and cushion the joint; if it is allowed to rupture and release the fluid, the natural cushioning will be lost. The build-up of fluid in the joint will cause loss of mobility in the joint as well.
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Brief Outline of ACL Injury

The anterior cruciate ligament (ACL) is one of the four ligaments of the knee and it holds the knee together from the front. An ACL injury commonly happens in sports where there are a lot of direction changes and possible impacts. Football, basketball, and other fast moving games that require quick changes often result in ACL sprains. The most common mechanism for this injury is when the knee rotates while the foot is planted. Sharp pain at the time of the injury, accompanied by swelling in the knee joint, may be a sign of an ACL tear. This can range from minor tearing of a few fibres to a complete tear. The ACL can also be torn as the result of a hard blow to the knee; usually other ligaments and the meniscus are involved as well.

Cause of ACL Injury

Forceful twisting of the knee when the foot is planted. Occasionally a forceful blow to the knee, especially if the foot is fixed as well.

Signs and Symptoms of ACL Injury

Pain immediately after injury that may go away later. Swelling in the knee joint. Instability in the knee, especially with the tibia.

Complications if Left ACL Injury Unattended

If left unattended this injury may not heal properly. The instability in the joint could result in injury of other ligaments. Chronic pain and instability could lead to future limitations.

Treatment for ACL Injury

ACL sprains that involve a complete tear usually require surgery, ACL Reconstruction using Arthroscopy method, to reattach the ligament. Minor sprains can often be healed completely without surgery.

Rehabilitation and Prevention for ACL Injury

Once stability and strength return and pain subsides, activities such as stationary cycling can be gradually introduced. Range of motion and strengthening exercises are an important part of rehabilitation. Swimming and other exercises that are non-weight bearing may be used until the strength returns to normal. Strengthening the muscles of the quadriceps, hamstrings, and calves will help to protect the ACL. Proper conditioning before beginning high impact activities will also provide protection.
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Why Does My Hip Hurt? Where Does It Hurt?

An arthritic hip is painful because the joint has broken down. The articular cartilage on the surfaces of the joint has worn away leaving raw bone exposed. Movement between the two joint surfaces is no longer smooth and friction free. As a result, the tissues within the joint become inflamed and the joint begins to hurt. An excess amount of joint fluid may be produced and the resultant swelling of the joint adds to the symptoms.

The exposed raw bony surfaces have a greater nerve supply than the articular cartilage and pressure on these surfaces causes pain. As the joint becomes stiffer, greater strain is placed on the hip muscles as they move the joint. This too can be painful. The friction between the exposed bony surfaces can cause grinding and a feeling of discomfort.

When the joint in inflamed, there may be pain both with activity and when the joint is at rest. Anatomically, the hip joint fits deep in the groin. For this reason, groin pain may be the first sign of an arthritic hip. The pain may radiate to the outside or lateral side of the hip or to the back or posterior aspect of the hip. It will often extend to the mid portion of thigh and down to the knee. Since the ball of the hip, the femoral head, is part of the femur the pain travels down the length of the entire bone and will be felt in the thigh and the knee.

When the pain goes below the knee, it is often a sign of a different problem, such as sciatica or poor circulation.

When Will I Have Hip Pain?

An arthritic hip can hurt any time. Much of the time pain will occur after prolonged standing, walking, or any other weight bearing activity. It may also come from activities that put stress on the hip such as bending, twisting, running, and climbing stairs.

Sometimes the pain may develop spontaneous and be present when you are doing nothing at all. This is called resting pain. Frequently,  this kind of pain can occur at night and can awaken you from sleep.

People who have osteoarthritis will sometimes complain of pain in an affected joint when there is a change in the weather. An episode of pain may last for several days and then recede. It is not clear what triggers the inflammatory response that causes the pain.

In many people with advanced osteoarthritis, the pain is constant and is present all the time. It is unrelieved by rest, by any change in position, or by medication.

Why does my hip sometimes make a crackling noise when I try to move it?

A crackling or snapping of the hip joint can be disconcerting. It feels uncomfortable and it makes a loud noise that sometimes other people in the room can hear. The medical term for crackling or snapping is crepitus.

In simplest terms, crepitus occurs because bone is rubbing against bone. The joint cartilage has broken down and the joint surfaces become irregular. When this happens, the joint no longer moves smoothly. There is friction between the two bones. The joint may catch or get stuck momentarily before it starts to move again. Crepitus is often painful when hip joint gets stuck. It may make you stop in your tracks as you are trying to move forward. It may make it especially hard for you to go up and down stairs.

Factors other than osteoarthritis can cause crepitus. Sometimes, the presence of a loose body or fragment of bone or cartilage moving in the joint can cause momentary friction. You can also get a grinding sensation if there is disruption in the joint surface such as from an old fracture.

The presence of crepitus in an arthritic joint is usually a sign that arthritis is advanced and will soon require hip replacement.
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