When other treatments fail to provide relief, the last resort to treat spine problems is the spine surgery. Spine surgery is conventionally referred to as open surgery which indicates that the area that needs to be operated is opened with a long incision so that the surgeon is able to view and have access to the anatomy.

In the recent times, advances in the field of medical science have made it possible to treat back and neck conditions through minimally invasive surgical techniques that don t involve an elaborate incision. Let us understand more about it.

How is minimally invasive spine surgery carried out?
Minimally invasive spine surgery fusions and decompression processes are performed by exploiting different approaches. The most commonly utilized technique involves the use of the tubular retractor. In this process, the surgeon makes a small incision and then inserts the retractor through the skin right into the spinal column. It leads to a tunnel to the accurate area where the problem persists in the spine. The functionality of tubular retractor lies in the fact that it helps in holding the muscle open throughout the procedure.

A number of particular processes have been designated for the minimally invasive spine surgery. Some of the most common options include spinal decompression, discectomy, and transforaminal lumbar interbody fusion. Each of these processes is different and only an expert in this arena can determine what s suitable for you.

Minimally invasive spine surgery is also called less invasive spine surgery where surgeons make use of special instruments. One of the most compelling drawbacks of open surgery is that the pulling of the muscle can lead to damage to both the muscle and the tissues in close vicinity. On the other hand, minimally invasive spine surgery allows the surgeon to see the precise location of the affected area. Besides, it also leads to smaller incisions, reduced bleeding and short stay in the healthcare facility.

Consulting an expert about the surgery:
It is very important on part of the patients to discuss the suitability of minimally invasive spine surgery with their doctors since it is not a good option for all patients. It is generally suggested for patients having spinal tumours, spinal instability, spinal infections, vertebral compression fractures, lumbar spinal stenosis and spinal deformities like scoliosis.

When you know that you will have to undergo the surgery, it pays to gather information about the surgery and what you may expect from the recovery process. The most commendable benefits of minimally invasive spine surgery include better cosmetic results owing to lesser skin incisions and reduced dependence on the medications. Moreover, it is performed as an outpatient procedure and it makes use of local anaesthesia only. Thus, there is also a reduced chance of suffering from an adverse reaction to general anaesthesia.

So, depending on the pros and cons and depending on the individual condition, your doctor will decide on the course of action.

Everything You Need To Know About Minimally Invasive Spine Surgery!

One part of the human body is essential for the efficient functioning of another. The hip joint provides support to your overall body weight while you are at ease or in motion. Suffering from medical problems pertaining to the hip can impede free movement; walking, running, stooping, sitting or even lying down will cause immense pain and discomfort in such a situation. While certain bodily disabilities come with old age and are in most cases unavoidable; some others can actually be controlled through physical exercise.

Take a look at a few stretches to improve your hip mobility:-

Stretch like a pigeon- this yoga loosens up muscle tension in and around a person's hip. Your right leg must be stretched behind while the upper part of your body bends over a folded left leg in front. Your head rests on your coupled hands. This stretch improves the shape of your hip as well.
Try to be an eagle for hip firmness- to align your body in the perfect eagle pose; you probably need to be a conjurer; that is the kind of flexibility the posture requires. Be a half chair making your hands intersect above your head while your left leg crosses the right one. The pressure is on your hip making it strong. Your body has to be in one single line.
Sit in the chair pose- crouching on your haunches with your torso inclined to the front is a good way to better hip mobility. This exercise also relieves you of back pain. It adds potency to the muscles of your upper thighs thus giving a well- rounded hip extra support.
Stoop in the downward doggy pose- the downward doggy pose helps you concentrate on the fullness of your hips. The back muscles are stretched and the problem of a small, rickety hip is dealt with through this yoga. Your legs should be erect at the knees and should be stretched apart depending upon the width of your hip. The rest of your body should bend in a forward arch while your spread hands touch the ground.
Try out the benefits of world's greatest stretch- world's greatest stretch involves a series of stretches that not only accentuates your hipline making your hip muscles adaptable to stress but also tones muscles in other parts of your body. It is a three- fold exercise. The second step is the most difficult where your body is balanced on a half folded right leg and you're required to touch the ground with your right elbow.

Tips to Improve Hip Mobility

An orthopaedic fracture is a serious issue that will require lots of care for the bones to heal and re-join. A broken bone is usually plastered so that the tissue may grow back together by fusing eventually, over a period of weeks. When these bones begin to rebuild in an effort to come together, the new bones are called soft callus. This will require lots of energy, which primarily comes from calories. This ensures that essential proteins like amino acids can be taken from the right type of food which would stimulate good blood flow. 

So, let us take a look at the best diet that one can follow in order to recover from a fracture.

Kale: Leafy green vegetables and herbs like kale can help in supplying good amount of protein and iron as well as calcium, which is highly important for good and strong bones. One can also find plenty of calcium in salmon and other kinds of sea food like sardines; consuming these can speed up the process. Sea vegetables like seaweed can also help in the process.
Yogurt: Calcium can be supplied by various other kinds of food including yogurt, which has two kinds of amino acids. These amino acids are lysine and glutamine, which can assist the bones in swift calcium absorption for better recovery of the broken bones.
Spinach: This is a very important ingredient in the bone healing process thanks to its dual elements of calcium and zinc, which come together to cause the appropriate chemical reaction for bone rebuilding. Other zinc heavy food items include pumpkin seeds and wheat germ as well as red meat.
Broccoli: Ingredients like broccoli are rich in Vitamin K1, which is known to very good for the bone recovery process. This vitamin helps in mineralisation of the bone so that they may fuse with each other and form a new mass. One can have up to one cup of this green vegetable per day for a quick and effective fracture recovery process. Other ingredients like cheese and raw dairy products are known to have plenty of this vitamin as well.
Green Bell Peppers: High on vitamin C which helps in producing the skin and tissue structuring element called collagen, green bell peppers are an excellent ingredient that can help you in your fracture healing process. Vitamin C can also be found in citrus fruits like oranges, strawberries as well as tomatoes.
Milk: While milk has plenty of calcium, it also has another important ingredient called vitamin D. When calcium and vitamin D come together, the bones tend to heal much faster as vitamin D helps the bones in absorbing the calcium at a much high rate.

Recovering from Fracture - 6 Foods You Must Consume

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!

Also known as Median Nerve Compression, Carpal Tunnel Syndrome is characterized by a sensation of tingling and numbness in the hands or the arm caused due to a strained nerve of the wrist. This condition occurs due to stress which affects the functioning of the part of median nerve, situated along the wrist.

Various Causes of Carpal Tunnel Syndrome:
Constant movement of the hands in activities such as typing on the computer
Pregnancy
Arthritis

Various Symptoms of Carpal Tunnel Syndrome:
The symptoms of this syndrome start to show up when there is excessive pressure build up in the median nerve of the wrist. You may experience-

A sensation of numbness
A sensation akin to the pain experienced when needles are inserted into the skin
Pain (mostly at night)
The build- up of pressure can occur due to a number of reasons. They are-

Painful injury
Fracture
Tenosynovitis (a condition that affects the tendons along the sides of the thumb)
The compression of the nerve may develop anywhere, and not necessarily the wrist only.
Diagnosis of Carpal Tunnel Syndrome:
Doctors base their diagnosis of the condition on the symptoms and certain tests. These include-

Phalen s test (a test that is carried out to determine any pain or numbness in the fingers within one minute of this activity)
Wrist flexion/median nerve compression test
Tinel s test (a test that is used to diagnose irritated nerves)
Few nerve enlargements may be revealed by an ultrasound, X-Ray, MRI scan, CT scans etc. The doctor generally recommends any of the above tests to determine carpal tunnel syndrome.
Important measures that help treat the condition are

Getting ample rest
Educating yourself on the various symptoms
Knowing certain activities or movements that trigger symptoms
Attending physiotherapy sessions
Physiotherapy as an important form of treatment for Carpal tunnel syndrome
Extensibility of muscle as well as soft tissue
Strengthening the forearms and the ability to grip things and pinch too
Maintaining posture and performing hand agility exercises can improve the hand movement
Mobilization of the Carpal bone and stretching of the flexor retinaculum (a fibrous band near one s wrist) so as to widen the carpal tunnel
Gliding training for nerves/ tendons for unrestricted motion
Endurance training for strengthening the upper limb as well as the wrist

Carpal Tunnel Syndrome - Measures That Can Help Treat It!

Why does PAIN occur? Understand the Mechanism of Pain

Pain is an unpleasant and distressing physical sensation caused by disease or injury, which induces hurt and anxiety in those suffering from it.
There are many different manifestations of pain, ranging from short term (acute pain) to long term (chronic pain). Other classifications include pain in the internal organs (visceral pain), injured tissue (inflammatory pain), nerves (neuropathic pain), etc.

The reason for the occurrence of pain depends on the cause and kind of pain being experienced. In most cases, pain acts as a warning sign that the body has been afflicted by a disorder of some sort, which may have arisen due to internal sickness or external wounding. Acute pains are generally cured on their own through rest or simple medication. Chronic pains, on the other hand, are more complicated in nature and the treatment requires more elaborate diagnosis.

The mechanism of pain

Pain is an extremely personal and subjective experience and affects each individual to varying degrees. The pain signals, which can arise in any part of the body, travel through the spinal cord to the brain along thousands of specialized nerves and nerve fibres. In the brain, it is processed in the centres associated with anxiety, emotions, memory, appetite, etc. Signals and pain inputs are then returned from the brain to the spinal cord, which may heighten or diminish pain.

In some cases, pain may also be induced by damage to the brain and spinal cord, which happens after a stroke.
A constant barrage of pain signals may cause the cells at the end of nerve fibres to become over-sensitized. This is known as 'wind-up' and is one of the most common causes of chronic pain that occurs even though the root of the problem has been identified and treated.

The causes and effects of pain differ from case to case depending on the signals received by the brain and its interpretation. It affects the individual's day to day activities and if persistent, can also have a harmful impact on mental health and psychosis. Pain is always handled, diagnosed and treated differently in all patients by drawing out the best possible solution to the problem.





Why does PAIN occur? Understand the Mechanism of Pain

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