Like other knee injuries, the torn meniscus can be painful and debilitating. But unfortunately, it is quite common. In fact, a torn meniscus is one of the most frequently occurring cartilage injuries of the knee.

What is Meniscus? 

A meniscus is a C-shaped piece of cartilage present in the knee that acts as a cushion and stabilizes the joint. Its function is to protect the knee from wear and tear. Two menisci are present in each of the knee joints. They can get damaged or torn during activities, which puts pressure on the knee joint or may rotate it.

What causes a meniscus to tear? 

A quick stop or vigorous twist may force the femur to crumble into the top of the tibia. It may potentially tear out the cartilage of the meniscus. It may also occur while doing deep squats or kneeling, especially while lifting a heavyweight. Athletic activities often result in this knee injury, particularly in the sportspersons such as footballers and hockey players. Sports that involve sudden stopping and pivoting such as tennis and basketball may also result in the torn meniscus. Meniscus tears are a special risk in elder people as the cartilage weakens and wears thin over time. As the age progresses, worn tissues become more prone to tears. Just a clumsy twist while getting up from the bed or chair is sometimes enough to cause a tear in case of weakened menisci due to aging.

Symptoms of a meniscus tear: One may hear a popping sound around the knee joint when a meniscus tear occurs. Initially, the pain may not bad but once the inflammation sets in, the knee starts hurting quite a bit. The knee may get stiff or locked. It may become difficult to move the knee in a full range of motion.

Diagnosis of a Meniscus Tear: Diagnosis of a meniscus tear starts with the patient s history and a physical examination. The doctor inspects, palpates, and applies specific diagnostic maneuvers to diagnose a torn meniscus. The McMurray test is used to make the clinical diagnosis of a meniscus tear. The doctor flexes the knee, then straightens and rotates it to put tension on a torn meniscus. The movement will cause a clicking sound if a meniscus tear is present in the knee. A magnetic resonance imaging (MRI) scan is the preferred choice to diagnose the torn meniscus. This technique allows the doctor to evaluate the knee cartilage in a more detailed way.

Treatment of Torn Meniscus: The treatment of a torn meniscus depends on the severity and the location of the tear. If the size of the tear is small and the location is on the outer end of the meniscus, a surgical repair is usually not required. Give rest to your knee as much as possible. The doctor may advise using crutches to avoid putting weight on the legs. Icing the knee every three to four hours for 30 minutes is recommended for this injury. You may use compress bandage to reduce the inflammation. Try to keep the knee in an elevated position to reduce the swelling. NSAIDs may be prescribed to get relief from pain and inflammation. If the symptoms persist, the doctor may advise for an arthroscopic surgery.

Torn Meniscus - What Exactly Is It? 

The knee is the largest joint in the human body and is a complex structure formed of bone, muscle and cartilage. Development of pain in the knees can be caused by numerous factors such as aging, injuries, diseases, dietary deficiencies, etc.

Arthritis is the most common cause of knee pain and usually affects the elderly and aged. It occurs due to an inflammation of the joint and causes pain, swelling, redness and inflexibility of the knees.

What are the factors that determine treatment method?

Diagnosis for knee pain varies from patient to patient as each case is different and must be approached differently. Some of the factors that determine the treatment method are as follows:

- Cause of the problem
- Nature and intensity of pain
- Age of the patient
- Medical history of the patient
- Diet and lifestyle of the patient

There are a number of different types of arthritis which can affect the knees in different ways and, consequently, require different types of treatment methods.

What are the various treatment methods for knee pain?

1. Conventional Remedies - These are used in case of conditions that are not too severe or chronic. It includes keeping on bed rest, using an ice pack, taking a painkiller and anti-inflammatory medicines, wearing knee braces, etc.

2. Physical Therapy - There are many stretching and strengthening exercise routines that help alleviate knee pain and treat the condition. Recovery is achieved by making the muscles around the knees stronger and increasing stability and flexibility.

3. Injections to the Knees - A number of anti-inflammatory substances and supplements, as well as lubricants, can be injected into the knee joint which helps reduce pain and makes the joint more supple.

4. Stem Cell Therapy - This involves drawing platelets from the patient's blood and injecting it into the knee joint for repairing damage caused to ligaments, tendons or cartilage.

5. Surgery - Surgical procedures for treating knee pain include partial or complete knee replacements.



What kind of treatment does your knee pain require?

Knee pain: causes and tips to manage knee pain

The knee is the largest joint of the body and is made up of upper and lower bones that are separated by two discs known as menisci. While minor knee pain may be experienced by many people, it should be handled with medical intervention when it becomes a serious and debilitating problem. Sudden injury or injury due to overuse as well as myriad conditions that affect the joints and muscles can bring about knee pain. Underlying conditions like osteoporosis or arthritis, which affect the bones and joints, can also cause knee pain. The symptoms include painful swelling and stiffness as well as severe discomfort. Let us learn more about the causes of knee pain and the ways in which it can be managed-

Injury: exercise and sports injuries are one of the most common causes that can be the start of acute knee pain, as well as chronic condition. These kinds of injuries can affect the ligaments and cartilage which leads to severe pain. The pain can even affect the way one functions in one's daily life. Knee ligament injuries can also cause this kind of pain. These ligaments are bands of tissues that connect the thigh bone with the lower leg bones. Sprains and tears in the acl or pcl are common in sports injuries, and may even require surgery in many cases. Knee cartilage tears can also take place in the hard yet flexible cartilage of the knee which can affect the meniscus around the knee. This condition may also require surgery.

Arthritis: this condition can affect the knees specifically and is one of the most common types of arthritis. This is a chronic condition which gets progressively worse over time and may even require surgery. Stiffness and inflammation are common symptoms. Rheumatoid arthritis is also a degenerative auto-immune disease that can affect the knees and cause knee pain. Furthermore, post traumatic arthritis can also be experienced after an injury. Osteoarthritis is another common condition that leads to knee pain. It basically occurs due to wear and tear of the knees over a prolonged period and is usually experienced by patients over the age of 50.

Managing knee pain: while pain medication and anti-inflammatory drugs may be prescribed for most cases, along with surgery in the long run, it is also possible to manage knee pain with the help of better lifestyle choices like regular knee and muscle strengthening exercises as well as rest - rest, ice, compression and elevation. These methods can help in relieving inflammation and pain. But very severe cases will require medical intervention, so it is imperative to get in touch with your doctor if the condition does not improve.

Knee Pain: Causes and Tips to Manage Knee Pain

Ayurveda is a very old system of medicine, which originated in India. Using herbs found in nature to cure various illnesses, knee pain can also be permanently cured with this method indigenous to India. It reduces knee pain caused by various illnesses including arthritis, inflammation of the cartilage and wearing of the patella among others. Here are some common Ayurvedic remedies, which help reduce knee pain:

1. Alfalfa: Alfalfa is medically known as Medicago Sativa. Alfalfa is excellent for making sure that your joint pain reduces, when taken in liquid form four times a day.

2. Ashwagandha: Ashwagandha is medically known as Withania Somnifera. In the West, Ashwagandha is popularly known as Winter Cherry. Also, it has a lot of therapeutic properties, which include reducing joint pains. 

3. Banyan: The Banyan tree's medical name is Ficus Benghalensis. It has a sap very similar to the form of rubber known as latex is derived from the Banyan tree. The Banyan tree's sap is externally applied over the joints and the pain usually disappears after a few regular applications. 

4. Bishop's weed: The medical name for Bishop's weed is Trachyspermum Ammi. The oil extracted from this herb is usually applied to the knees to reduce the intensity of such knee pains.

5. Celery: The medical name for celery is Apium Graveolens. Celery is not only an effective treatment for rheumatoid arthritis and associated pains in the knees, but it is also helpful in treating gout. It is usually agreed upon that this particular treatment is usually long lasting because of its alkaline nature.

6. Dandelion: Dandelion's biological name is Taraxacum Officinale. It is rich in magnesium and is crucial for the correct mineralization of the bones. This mineralization allows the bones to become stronger and also prevents knee pain.

7.  Garlic: The medical name for garlic is allium sativum. Five to six cloves eaten everyday has proved to reduce knee pains.

8. Ginger: Ginger is biologically called Zingiber Officinale. These can be easily included in your diet and go a long way in curbing knee pain.

Ayurveda and Knee Pain

Knee replacement can be extremely painful. Previously, opioids or narcotics were administered for pain relief. But excessive addition of opioids is not exactly effective for controlling pain. 

Multimodal pain management has become an important part of the perioperative care of patients undergoing total joint replacement. The principle of multimodal therapy is to use interventions that target several different steps of the pain pathway, allowing more effective pain control with fewer side effects. Many different protocols have shown clinical benefit. The goal of this review is to provide a concise overview of the principles and results of multimodal pain management regimens as a practical guide for the management of joint arthroplasty patients.

Multimodal denotes administering two or more than two types of medications that work with different mechanisms. The following are the techniques used:

Pre-operative Femoral Nerve Block: Prior to the surgery, a catheter is placed beside the femoral nerve for blocking it. This nerve is located in the upper thigh. Medication is delivered through the catheter for the nerve to be numbed for 24 hours. Thus, pain signals to the brain are blocked. This method reduces the use of narcotics and the consequent side effects.

Patient Controlled Analgesia (PCA): This method is also known as  Pain Pump . An intravenous pump is used to administer pain relief medications, such as oxymorphone or morphine, after the surgery. The control button of the machine could be pressed, by the patient for 6 to 10 times per hour. The machine is used for two post-operative days.

Oral Medications: The oral medications include Non-Steroidal Anti-Inflammatory drugs or NSAID; such as Celebrex which is similar to aspirin, structurally. Alternatively, acetaminophen, such as Tylenol or its equivalent composition, can also be used.

Acetaminophen: It acts on the Central Prostaglandin Synthesis and relieves the patient of pain through multiple mechanisms.

Epidural Analgesia: It produces lower pain scores and involves less time for achieving physical therapy goals. However, this is subject to side effects such as dizziness, urinary retention and itchiness.

Gabapentinoids: These medications include membrane stabilizers such as Gabapentin and Pregabalin.

The objective of multimodal treatments is to provide quick relief to the patient and immediately so. Earlier the rehabilitation, more successful will be the knee replacement surgery.

Multimodal Pain Relief After Total Knee Replacement

Myths about Total Knee Replacement

Myth#1 - Knee replacement is a surgery for old people. “I’m too young for a knee replacement.”
Fact - Candidacy for a knee replacement is not based on age, but on the person’s level of pain and immobility. Living with a painful joint that prohibits you from working or participating in normal life activities is an outdated way of thinking. Age is not necessarily a limiting factor. Often times, a patient is actually fearful about the uncertainty of surgery. Once they are able to resume many of the activities they enjoyed before the surgery, with increased mobility and with less pain, they are very happy they had the surgery. The quality of life one achieves by living without knee pain is priceless.

Myth#2 - “I should wait as long as possible to undergo knee replacement surgery” 
Fact - You don't need to suffer by waiting until the pain is intolerable. The longer life of joint replacements enables people to consider surgery earlier and at a younger age. Osteoarthritis is a degenerative disease that continues to damage the joint and delaying surgery makes both surgery and return to activity more difficult. Delaying surgery lowers a patients’ quality of life not only before the operation, but even for up to two years following surgery.

Myth#3 - “I should continue with medications as long as possible”
Fact - Medicines including painkillers just give symptomatic relief for a temporary duration and prolonged usage is riddled with serious side effects such as renal failure, peptic ulceration  etc. All these medicines are NOT curable.

Myth#4 - Alternative therapies such as acupressure, ozone treatment, massage beds, oils, laser therapy, magnetic therapy; braces will cure my advanced arthritis and knee pain.
Fact - Till date there is NO cure for advanced knee arthritis and these alternate therapies are not backed by established scientific data. All these modalities give temporary pain relief in early to moderate arthritis for some duration only and are NOT curative. Often times, a patient who is actually fearful about the uncertainty of surgery lands up trying these in order to avoid surgery. 

Myth#5 - After a knee replacement, it takes months to recover.
Fact - Depending on the activity, most patients who undergo knee replacement are able to perform routine tasks within a few weeks. A return to rigorous activity takes only a few months. One becomes independent for himself before discharge from hospital. There’s no prolonged best rest required after the surgery.


Myth#6 - After knee replacement, I’ll have to give up some activities and sports.
Fact - You have a high probability of getting back to activities like brisk walking or cycling in 6 to 12 weeks. It will take a bit longer to return to more rigorous activities and contact sports. Squatting and sitting cross legged though possible but at best should be kept to minimal.

Myth#7 - Knee replacement surgery leaves a large scar that is noticeable.
Fact - Scarring is minimal compared to traditional surgery. In fact, the scar is typically only 3 to 5 inches long. As time passes, the scar will fade and become less noticeable.

Myth#8 - Knee replacement is a very painful surgery. There is lots of pain in post operative period.
Fact - With modern day pain management such as in a multimodal approach, ensures that the patient does not feel any pain in post op period and has a smooth recovery.

Myth#9 - Knee replacement is done one at a time.
Fact - Both the knees can be operated at the same time if the patient does not have significant co morbidities and is deemed fit to undergo the procedure by the doctor.

Myth#10 - The new knee lasts for 5-6 yrs. only.
Fact - With modern day precision including computer assisted knee replacement and advancement in biomaterials, the survivorship has increased considerably. Today's joint replacements last 25 years or longer and, for most people, will last a lifetime.

Myth#11 - Knee replacement cannot be done a second time.
Fact - Knee replacement can be done multiple times what is called as a revision joint replacement surgery with good survivorship.

Myth#12 - “I am obese, I cannot undergo Knee replacement surgery.”
Fact - Knee replacement can be successfully done in an obese patient though the recovery is somewhat prolonged and might require additional implants. However, patients who are morbidly obese and have restricted mobility primarily due to obesity are better off after a bariatric procedure.

Myth#13 “I have diabetes or hypertension or heart ailment, so  I cannot undergo Knee replacement surgery.”
Fact  - diabetes hypertension or heart.



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 13 Myths About Total Knee Replacement (TKR), Busted!

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