Hip replacement is a surgery in which a specialist doctor surgically removes an agonizing hip joint afflicted with arthritis and replaces it with a man-made joint usually produced using metal and plastic elements. It is usually done when all other treatment choices have been tried and have proven unsuccessful in providing satisfactory pain alleviation. The technique is to mitigate the pain in ahip joint, in order to make walking and other physical exercises easier.

The surgical procedure is as follows:

Hip replacement surgery can be performed generally or by utilizing what is called a non-obtrusive method. The primary difference between the two methodologies is the number of entry points needed for the surgery.
During standard hip replacement surgery, you are given general anesthesia to relax your muscles; this will keep you from feeling any pain during the surgery or being awake during the surgery. A spinal sedative might be given to counteract pain as an add-on option.
The specialist will then make a cut at the edge of the hip and move the muscles connected to the highest point of the thighbone to uncover the hip joint.
Next, the ball part of the joint is taken out by cutting the thighbone with a saw. At this point a fake joint is attached to the thighbone using a material that allows them to stay intact.
The specialist then readies the surface of the hipbone - evacuating any harmed ligament - and joins the substituting attachment to the hipbone.
The new ball part of the thighbone is then embedded into the new joint part of the hip. The specialist then reattaches the muscles and shuts the entry point.
There are some things you need to keep in mind and be attentive about, post the surgery. These are as follows:

You will probably remain in the healing facility for four to six days and may need to remain in bed with a pad between your legs to keep the new hip joint set up.
A seepage tube will be set in your bladder to help you urinate without having to walk to the bathroom.
Non-intrusive treatment usually starts the day after surgery and within the days you can go around with a walker or a walking stick.
You will continue with the non-intrusive treatment for quite a long time which could be a number of months post the surgery.
For anywhere in the range of six to twelve months after hip replacement surgery, rotating or putting pressure on the operated leg needs to be limited to a great extent. You need to likewise not cross the operated leg past the midline of the body nor turn it inwards.
You cannot twist the hip past ninety degrees. This includes both twisting forward at the abdomen and crouching.
Your physical advisor will tell you the methods and equipment that will help you comply with the above rules and precautionary measures while performing every day exercises.

Hip Replacement - Things You Must Keep In Mind!

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!

Pain related sleep disruption has affected a large number of people around the globe. Statistics has it that, in India, about 25% of the population suffers from pain-related sleep deprivation. Studies call it  the vicious cycle of pain and sleep  as pain affects your ability to sleep and lack of sleep makes the pain even worse.

Back pain and arthritis are examples of some common pain-related medical disorders. People with these types of chronic pains have reported persistent sleeplessness or have had immense trouble falling asleep.

The following are the primary sleep disorders associated with chronic pain:

Insomnia: It is a medical condition that is characterized by an inability to fall asleep no matter how physically exhausted you are. Insomnia can be acute (lasting for one night to a week) or chronic (that lasts for more than 3 weeks).
Hypersomnia: It is a condition wherein you tend to sleep excessively; in this condition, you will have trouble being awake throughout the day or can fall asleep at any point of time.
Sleep Apnoea: This is a sleep disorder wherein breathing pauses and resumes repeatedly. Risk factors include obesity, age and gender; it is more commonly observed in men. This condition can be chronic with symptoms such as snoring loudly or feeling very tired even after one has had a night s sleep.
Restless leg syndrome: It is a sleep disorder wherein you continuously move your legs while sleeping. However, this condition can also cause you to move your legs even if you aren t sleeping.
Some of the causes of sleep disorders due to chronic pain are:

Pain
Worry and anxiety
Sweating at night
Depression and other mental disorders
Treatment

A pain and sleep disorder should be simultaneous as both the components of it, pain and sleep, are interrelated. Some of the ways people with chronic pain can still have a good night s sleep are:

Limiting caffeine intake
Abstaining from alcohol and smoking, as these disrupt the sleep cycles, thus aggravating the existing pain.
Practicing meditation and other relaxation techniques
Pain killers or sleeping pills can be administered, but only with the doctor s advice.
Hot water fomentation over painful area during night, for better sleep.

Back Pain and Bad Sleep

Meniscus refers to the soft ligament in your knee joint, which cushions your bones and protects it from wear and tear. It is vital for the fulfilment of regular activities and the health of your bones. Thus, a damage to the meniscus can be extremely painful. Meniscuses are exposed to injuries and shocks in case of rigorous activities and this is a fairly common syndrome faced by athletes and sports person. It can cause a substantial amount of hurt and generally impairs movement to a large extent. It potentially gets worse as the inflammation sets in and the swelling grows. The risk of a meniscus tear increases with age. The treatment for a torn meniscus depends upon the degree of tear. While minor tears repair on their own, for graver injuries, the following therapies may prove effective.

Symptoms of a torn meniscus
1. You might be able to experience a popping sensation in your knee joint
2. Stiffness and swelling
3. You will experience pain, especially while you are trying to twist your knee
4. You might not be able to straighten your knee completely

The treatment for a torn meniscus depends upon the degree of tear. While minor tears repair on their own, for graver injuries, the following therapies may prove effective:
1. Light exercises: For slightly serious meniscus tears, there are certain knee exercises which are recommended to abort any further damage as well as to repair the wound. Limiting the activities which might exert pressure on the knees, getting adequate rest, using ice packs and wearing neoprene sleeves always aid in recovery.
2. Anti-inflammatory medications: Often, meniscus tears are cured with the help of anti-inflammatory drugs like Ibuprofen. They not only reduce pain but also enable the mending of the injured tissue. However, one needs to be aware of a few side effects which often become natural repercussions of such drugs. Possibility of ulcers and bleeding get increased by leaps and bounds on the intake of such drugs.
3. Surgery: For all other forms of meniscus tears, if healing is not obtained through non-surgical methods, the only option available is that of surgery. Such a situation arises when the pain becomes unbearable and the meniscus tear does not respond favorably to superficial treatments. These surgeries are less complicated than replacement surgeries. They usually do not involve any life threatening hazard and cautious and efficiently conducted surgeries release all pains and handicaps.

Torn Meniscus Knee Treatment - Exercise, Anti Inflammatory & Surgery

The intervertebral discs are made-up of two concentric layers, the inner gel-like Nucleus Pulposus and the outer fibrous Annulus fibrosus. As a result of advancing age, the nucleus loses fluid, volume and resiliency and the entire disc structure becomes more susceptible to trauma and compression. This condition is called as degeneration of the disc. The disc then is highly vulnerable to tears and as these occur, the inner nucleus pulposus protrudes through the fibrous layer, producing a bulge in the intervertebral disc. This condition is named as herniated disc. This can then cause compression to the spinal cord or the emerging nerve roots and lead to associated problems of Sciatica radiating pain from back to legs in the distribution of the nerve. Other symptoms could be a weakness, tingling or numbness in the areas corresponding to the affected nerve. Sometimes bladder compromise is also present, which is made evident for urine retention and this need to be taken care as an emergency.
Excessive weight, bad postures, undue movements, improper weight lifting and other kinds of traumas may weaken the intervertebral discs. When this occurs the pulpous nucleus will bulge against the annulus, or even be squeezed through it (extruded disc).

The first steps to deal with a herniated or prolapsed lumbar disc are conservative. These include rest, analgesic and anti-inflammatory medication and in some cases physical therapy. At this point, it is convenient to have some plain X-rays done, in search of some indirect evidence of the disc problem, as well as of degenerative changes on the spine.

If in a few days these measures have failed, the diagnosis has to be confirmed by means of examinations that give better detail over the troubled area, as the MRI, CT which will show the disc, the space behind it and in the first case, the nerves. In some instances, the EMG (electromyography) is also of great value, as this will show the functionality of the nerves and muscles.

Once the diagnosis has been confirmed, one of the best alternatives existing today is the Ozone Discolysis as the results obtained are excellent and practically has no complications. This novel treatment avoids the use of surgery in 80% of those who needed it. In most patients left with painkillers as the only treatment, the symptoms eventually disappear, only that this could take weeks to months. Ozone speeds up these developments, see the same result in a few weeks. The problem has to be seen and approached integrally and frequently the combination of therapies has to be used, most frequently physiotherapy. Also, it has to be known that those who had a herniated disc have 10 times more chances of having another herniation than the rest of the population.

If despite the ozone therapy the symptoms persist, Drill Discectomy/ Laser Discectomy are good alternatives before open surgery (Discectomy) which has to be contemplated in those true emergencies, as mentioned above, this is possibly the first choice.

Once the conservative treatment fails:

Early aggressive treatment plan of pain has to be implemented to prevent peripherally induced CNS changes that may intensify or prolong pain making it a complex pain syndrome. Only 5% of total LBP patients would need surgery & 20% of discal rupture or herniation would need surgery. Nonoperative treatment is sufficient in most of the patients, although patient selection is important even then.

Depending upon the diagnosis one can perform & combine properly selected percutaneous fluoroscopic guided procedures with time spacing depending upon pt`s pathology & response to treatment.

Using precision diagnostic & therapeutic blocks in chronic LBP, isolated facet joint pain in 40%, discogenic pain in 25% (95% in L4-5&L5S1), segmental dural or nerve root pain in 14% & sacroiliac joint pain in 15% of the patients. This article describes successful interventions of these common causes of LBP after conservative treatment has failed.

LESI: Lumbar Epidural Steroid Injection

Indicated in   Acute radicular pain due to irritation or inflammation.

Symptomatic herniated disc with failed conservative therapy
Acute exacerbation of discogenic pain or pain of spinal stenosis
Neoplastic infiltration of roots
Epidural fibrosis
Chronic LBP with acute radicular symptoms
Epidural- lumbar injection
ESI Treatment Plan

Compared to interlaminar approach better results are found with a transforaminal approach where drugs (steroid+ LA/saline +/- hyalase) are injected into anterior epidural space & neural foramen area where herniated disc or offending nociceptors are located. Whereas in interlaminar approach most of drug is deposited in posterior epidural space.Drugs are injected total 6-10 ml at lumbar, 3-6 ml at cervical & 20+ ml, if caudal approach is selected. Lumbar ESI is performed close to the level of radiculopathy, often using paramedian approach to target the lateral aspect of the epidural space on involved side. Cervical epidural is performed at C7-T1 level.

SNRB- Selective Nerve Root Block 

Fluoroscopically performed it is a good diagnostic & therapeutic procedure for radiculopathy pain if

There is minimal or no radiological finding.
Multilevel imaging abnormalities
Equivocal neurological examination finding or discrepancy between clinical & radiological signs
Postop patient with unexplainable or recurrent pain
Combined canal & lateral recess stenosis.
To find out the pathological dermatome for more invasive procedures, if needed
Intradiscal Procedures 

Provocative Discography - Coupled with CT

A diagnostic procedure & prognostic indicator for surgical outcome is necessary for the evaluation of patients with suspected discogenic pain, its ability to reproduce pain(even with normal radiological finding), to determine type of disc herniation /tear, finding surgical options & in assessing previously operated spines.

Percutaneous Disc Decompression (PDD)

After diagnosing the level of painful offending disc various percutaneous intradiscal procedures can be employed

Ozone Discolysis: Ozone Discectomy a revolutionary least invasive safe & effective alternative to spine surgery is the treatment of choice for prolapsed disc (PIVD) done under local anaesthesia in a daycare setting. This procedure is ideally suited for cervical & lumbar disc herniation with radiculopathy. The total cost of the procedure is much less than that of surgical discectomy. All these facts have made this procedure very popular at European countries. It is also gaining popularity in our country due to high success rate, less invasiveness, fewer chances of recurrences, remarkably fewer side effects meaning high safety profile, short hospital stay, no postoperative discomfort or morbidity and low cost.

Dekompressor: A mechanical percutaneous nucleosome cuts & drills out the disc material somewhat like morcirator debulking the disc reducing nerve compression.

Epidural Adhenolysis or Percutaneous Decompressive Neuroplasty for Epidural Fibrosis or Adhesions in Failed Back Surgery Syndrome (FBSS)

A catheter is inserted in epidural space via caudal/ interlaminar/ transforaminal approach. After epidurography testing volumetric irrigation with normal saline/ L.A./ hyalase/ steroids/ hypertonic saline in different combinations is then performed along with mechanical adenolysis with spring loaded or stellated catheters or under direct vision with epiduroscope.

Procedures That Can Help Treat Slip Disc & Sciatica!

Acupressure can prove to be extremely effective if you are looking for non-medicinal solutions to treat musculoskeletal problems, such as back pain, sports injuries, arthritis, etc. Acupressure is the application of putting firm pressure on the areas on the body which are swollen, agitated or tense by massaging the acupoints (specific points in the body). Acupressure believes that relieving these areas of pressure reduces the pain.

Here are some musculoskeletal problems that can be healed by acupressure:

    Arthritis: Those who seek acupressure as an alternative treatment for pain are mostly suffering from arthritis (a disease characterised by chronic joint inflammation and cartilage degeneration). Acupressure applies pressure on the inflamed joints.
    Back pain: Back pain is a common problem that can affect anyone irrespective of his or her age. Acupressure acts to relieve the points where the muscles are too tense and helps to tone or support the muscles which have become weak with disuse.
    Chronic pain: Unrelenting pain can stem from many causes. Acupressure focuses on the pain and the pain signals when treating chronic pain. The acupoint of the pain and the nerves are gently massaged to relieve the pain.
    Fibromyalgia: Traumatic injury to the soft tissue, emotional trauma or severe illness can cause fibromyalgia. It is non-inflammatory in nature and often leads to Chronic Fatigue Syndrome (a troublesome disorder with symptoms of deep fatigue, sleeping problems, pain, etc.). Acupressure can greatly improve the fatigue and sleeplessness that fibromyalgia causes.
    Tendonitis: The tendon connects the tissue to the bone, and tendonitis is the condition when the tendon is inflamed. Acupressure helps in reducing the inflammation and easing mobility restrictions.
    Sciatica: The sciatic nerve is the longest nerve in the body, stretching from the lower spine to the back of the foot. So when this nerve is agitated, pain radiates from the lower back to the foot. This condition is called sciatica. The acupoints in sciatica are the lower back and the hip. Acupressure effectively loosens the muscles in these regions and reduces inflammation.
    Sports injuries: Strains and sprains are common sports injuries, which mostly affect athletes. Acupressure has anti-inflammatory benefits that can help heal severely injured tendons, ligaments or muscle. Acupressure also plays a huge role in restoring and retraining the body, especially if you are an athlete and play high-demand sports.
    Carpel Tunnel Syndrome: Carpal tunnel syndrome is a condition in which the pressure increases on the median nerve as it goes through the carpal tunnel, and this causes wrist pain. Acupressure involves the use of directed pressure to specific acupuncture points on the surface of the body.
    Insomnia: Insomnia is a sleep disorder. The Acupressure Points between your heel and anklebones (on both sides) have traditionally been used to relieve and prevent insomnia.
    Migraines: Acupuncture is used to effectively treat primary headaches, namely tension and migraine, which are the most common.

Acupressure: The Non Medicinal Solution to Musculoskeletal Problems

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