Minimally Invasive Hip Correction Procedure
Minimally Invasive Knee Correction Procedure
Rotator Cuff Injury Treatment
Scoliosis Correction Surgery
Treatment Of Meniscus Injury
Acl Reconstruction Procedure
Column Traumatology Procedure
Treatment of Mckinzie Treatment For Spine
Pelvic Rehabilitation Techniques
Rf Neurotomy Procedure
Treatment of Rheumatic Complaints
Treatment Of Lumbago
Custom Splinting Bracing Procedure
Treatment of Joint Dislocation
Joint Mobilization Procedure
Treatment of Disc Prolapse
Joint Replacement Surgery
Treatment of Limping Child
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Bones are similar to a porous framework which is filled with minerals that make it hard and strong. With age, there is gradual degradation and the mineralized portion is lost, thereby leading to thinning of the bone. The word osteoporosis literally translates to porous bones, which is due to the gradual demineralisation. In addition to the natural ageing process, there are other diseases that can accelerate the demineralization process.
Women are more prone to demineralisation, and after the age of 40, they should take extra precaution to slow down the onset of the condition. The following are some ways to improve bone health and halt osteoporosis in the long run-
Diet: Ensure that your diet has sufficient amounts of vitamin D and calcium. Though calcium is the essential mineral for bone formation, vitamin D is required for the absorption of calcium, and therefore both these elements play a vital role in maintaining the quality of the bones in our body. Most people require about 1,000 mg of calcium and about 500 units of vitamin D for optimal bone health. This requirement goes up slightly in postmenopausal women.
Sun Exposure: In most people, exposure to the sun allows the body to make vitamin D, but careful sun protection prevents this from happening. Also, with age, the body’s ability to form intrinsic vitamin D also declines. The body, therefore, relies on supplements. Most dairy products are good sources of calcium. In addition, spinach, salmon, turnips, and broccoli are some calcium-rich foods. Supplements of calcium carbonate or calcium citrate can be taken if your diet is lacking in calcium. Vitamin D also should be included in the supplementation. The treatment for osteoporosis is incomplete without these two supplements.
Exercise With Weights: The constructive tension that exercise puts on the body helps in bone building, whatever the age may be, which prevents the onset of osteoporosis. Any exercise which improves muscle mass strengthens the bones, and puts stress on the bones is advisable. Since the fractured area due to osteoporosis mainly includes the spine, lower back exercises, yoga, tai chi, and abdominal exercises all work wonders. Pick any of these and do them for 30 minutes three times a week.
Quit Smoking: Continuing to smoke while taking osteoporosis medications is completely useless. Nicotine negates all the effects which defeat the purpose of taking the medication and is as good as taking no medication at all. So if you want the bone thinning to stop, stop smoking.
Alcohol Consumption: While a drink or two per week is permissible, more than this can harm the bones significantly.
Constant Health Watch: Talk to a doctor about how other routine medications (if any) can affect your bone health. Also, identify how frequently you should check your bone mineral density and stick to the schedule.
Bone health and osteoporosis can be managed with some conscious efforts.
A shoulder dislocation is a shoulder injury which is characterized by the upper arm bone popping out of the socket of your shoulder blade. The shoulder joint is the most mobile among all the joints in the body, making it the most prone to dislocation. The dislocation of the shoulder joint can either be partial or complete depending on the injury. In a partial dislocation, the head of the upper arm is partially shifted out of the socket whereas in a complete dislocation, the head comes out of the socket in its entirety.
The symptoms of shoulder dislocation are:
Swelling or bruising of the affected area.
Excruciating pain in the shoulder region.
Mobility of the joint is greatly reduced.
Apart from these symptoms, there may be tingling, numbness and weakness in the affected region.
There can be multiple ways in which a shoulder can be dislocated because of its ability to move and swing in all the directions. The fibrous tissues that connect the bones of your shoulder may also get stretched or torn. These injuries occur due to a sudden blow or a strong force exerted on the shoulder joint.
It is caused by:
Trauma to the Shoulder Joint: Hard blows to the shoulder joint such as one suffered from a vehicle accident can lead to shoulder dislocation.
Sports Injuries: In contact sports such as hockey and football, the sudden forceful contractions of the shoulder region may lead to dislocation of the shoulder.
Falls: Tripping or falling from an elevated place and landing on the shoulder can cause shoulder joint dislocation.
The treatments for shoulder dislocation are –
Medication: Medications such as pain relievers can be prescribed by the doctor to reduce pain.
Surgery: Surgery of the shoulder joint can help in treating chronic shoulder dislocations. Surgery is also required if the blood vessels or the nerves along the shoulder joint are damaged.
- Immobilization: This process involves attaching a sling or a splint to the affected area to prevent it from moving. This allows the shoulder joint to heal and recuperate faster.
Hip replacement surgery is a method wherein a defective hip joint is removed and replaced with an artificial hip joint. This procedure is only opted for after all the other treatments have failed to yield the desired effects. Hip replacement surgery removes damaged or diseased parts of a hip joint and replaces them with new, man-made parts. The goals of this surgery are to:
Help the hip joint work better
Improve walking and other movements.
Who Should Have Hip Replacement Surgery?
The most common reason for hip replacement is osteoarthritis in the hip joint. Your doctor might also suggest this surgery if you have:
Rheumatoid arthritis (a disease that causes joint pain, stiffness, and swelling)
Osteonecrosis (a disease that causes the bone in joints to die)
Injury of the hip joint
Bone tumors that break down the hip joint.
Your doctor will likely suggest other treatments first, including:
Walking aids, such as a cane
An exercise program
These treatments may decrease hip pain and improve function. Sometimes the pain remains and makes daily activities hard to do. In this case, your doctor may order an x ray to look at the damage to the joint. If the x ray shows damage and your hip joint hurts, you may need a hip replacement.
Hip replacement surgery is a procedure that can either be performed by traditional means or a minimally invasive procedure. The primary difference between the two procedures is the size of the incision. The procedure begins with the doctor administering local anesthesia, though in certain cases, general anesthesia is also administered.
An incision is then made along the hip and the muscles that are connected to the thigh bone are shifted, so that the hip joint is exposed.
An equipment is then used to remove the ball socket of the joint by cutting the thighbone.
The artificial joint is then fixed to the thighbone and it is allowed to adhere properly.
Once the joint is fixed, the ball of the thighbone is then put in the hip socket.
The fluids from the incision area are then allowed to drain.
The hip muscles are then put in place and the incision is closed.
After the surgery, the recovery stage begins. The period of hospital stay post-surgery usually lasts for 4-6 days. A drainage tube is attached to the bladder to get rid of waste products from the body. Physical therapy begins immediately after the surgery and you will be able to walk after a few days with walking aids. The physical therapy continues for a few months after the surgery.
It is advised to avoid activities that involve twisting your leg for at least half a year. You should also avoid crossing the leg along the mid portion of your body. Your physiotherapist will provide you with exercises that aid to help you recover. Avoid climbing stairs and sit on chairs that have strong back support.
Knee replacement is a procedure where the weight-carrying surfaces of knee joint are replaced surgically to ease the pain or any disability. People suffering from osteoarthritis, rheumatoid arthritis or psoriatic arthritis undergo knee replacement. All these conditions revolve around stiffness and painful knee. This surgery is usually performed on people aged over 50.
Knee replacement is mainly of two main types:
- Total knee replacement where both the sides of knee joints are replaced
- Partial knee replacement where only single side of the joint is replaced
Procedure: In case of partial knee replacement with minimal invasion, a smaller incision, which is 3 to 5 inches, is required. This leads to minimal tissue damage and the surgeon can work between the fibres of the quadriceps muscles. Here, an incision through the tendon is not required. This may result in less pain, recovery time is reduced, and motion is better as scar tissue formation is less.
In total knee replacement, four steps are performed:
- Removal of damaged cartilage surfaces, which is at the ends of the femur and tibia, with a small quantity of underlying bone.
- Replacement with metal components, which help as a recreated surface of the joint
- Incision of knee cap with a resurface made of a plastic button, which is optional based on the case
- Insertion of a medical grade plastic spacer amid the metal components. This creates an effortless gliding surface.
After general or spinal anaesthesia, an incision of 8-12 inches is made in the front part of the knee. Joint part which is damaged is removed from the surface of the bones. The surfaces are then formed in a way to hold a metal or plastic artificial joint. The thigh bone shin as well as knee cap is attached to the artificial joint with either cement or a special material.
After Effects of the Procedure: After the surgery, patients may stay in a hospital for three to five days. Post surgery, notable improvement can be seen after a month or later. The patient is gradually relieved from pain with the construction of new gliding surface during surgery.
There will be slow progress in the movement. In the beginning, one may walk with a support of parallel bars and then with the help of crutches, walker, or cane. After full recovery in about six weeks, people can enjoy normal activities except running or jumping.
Presently, over 90% of total knee replacements function well even after 15 years of surgery. Hence, knee problem is no problem at all!
Arthritis is a very painful disease. It restricts you from doing a lot of the activities you would love to engage in. However, there are steps you could take to reduce the chances of it happening to you.
Here are some tips, which help you in preventing Arthritis:
- Take Omega-3 fatty acids: Research proves that the regular consumption of Omega-3 fatty acids, present in fish, result in decreased risks of rheumatoid arthritis. Omega-3 fatty acids are also found in foods such as olive oil and walnuts.
- Take Vitamins and olive oil: Vitamins are crucial, especially A, C and D. Vitamin A can be found in carrots. vitamin D can yet again be found in fish while vitamin C can be found in strawberries, mangoes, pineapples and oranges. Olive oil is also useful because it contains polyphenols which reduce the chances of developing arthritis.
- Eat ginger and broccoli: Ginger and broccoli are two of the most therapeutic foods for various reasons and the chances of getting arthritis are also proven to reduce due to these foods.
- Avoid injury: Although this is very hard to do sometimes, avoiding injuries do reduce your chances of getting arthritis.
- Control your weight: This is very important, especially for your knees. It has been proven by researchers at John Hopkins University that if you are 10 kg overweight, then 30 to 60 extra kilograms of weight fall on your knees.
- Exercise: Strengthening your muscles around your joint decreases the pressure on the joint. If there is less pressure on the joint, then the chances of arthritis are reduced. The best way to decrease pressure on the joint and strengthen your muscles is to exercise.
Taking knee replacement surgery to the next level
When the world is driven by technology, can we as surgeons can be far behind?
Let's see what does technology has to offer to a knee replacement surgeon?
Precise alignment and balancing of the new knee implants is imperative for its long time survival - that's where technology kicks in. The computer helps us to accurately define the axis and the angles so that your new knee fits well and is placed within millimeters of defined scientific parameters. It reduces the chances of human error towards the placement of the new knee implants. If the implants are not aligned well it leads to pain, poor function and early loosening and failure of the surgery. This technology has lead to an improvement in the precision factor of the surgery and made the results more predictable and reproducible.
How is it different from the conventional/regular knee replacement surgery and what advantages can you derive from the procedure?
A number of benefits can be derived from computer navigated knee replacement surgery such as:
1. It enables us to make smaller incisions with minimal soft tissue dissection occurring as well. As a consequence, there's greater protection of your quadriceps tendon and muscle during the procedure which helps in early rehabilitation.
2. Bone cuts are more precise in nature as well as are reproduced in a highly clear manner imparting greater accuracy and fit of the implant.
3. In a computer navigated knee replacement the ligament balancing is done in a highly precise manner which ensures the longevity of the new knee.
4. It eliminates the need to place a rod inside the intramedullary bone canal of the thigh bone, thereby, decreasing chances of postoperative bleeding and embolism.
5. In complex cases involving deformity of the thigh or leg bones due to previous fracture, excessive bowing, and trauma implants such as plate and screws in situ, traditional alignments systems are difficult to use. In these cases, computer navigated knee surgery is the most preferred method as all these doesn't pose any challenge.
The outcome is a better performance of the replaced knee, both short and long-term in nature.
Related Tip: What kind of treatment does your knee pain require?
My mom is suffering from severe burning in right lower limb. Burning aggravates at night. MRI report s/o neurofibroma at D7 level of spine. Is surgery only option? And is surgery safe n also what are the chances of recurrence of neurofibroma after surgery.
I am 83 years old male with Osteoporosis of Left Knee for more than 14 years or so. Now there is swelling under the 2, 3, 4th toes of left sole and 2, 3rd of right also. I do oil massage to both the knees. Walking difficulty. If No bandage the knee gives away and I loose balance. Any Remedy?
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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