Your spine or backbone is composed of 26 bone discs, known as vertebrae. The vertebra shields your spinal cord and allows you to bend forwards and backwards, and stand. However, a number of problems, such as the following can change the structure or cause the vertebrae and its surrounding tissues to become damaged  

  Injuries
  Infections
  Tumours
  Changes in bone formation due to ageing   herniated disks, spinal stenosis
  Conditions like scoliosis and ankylosing spondylitis

Spinal disorders often lead to pain and discomfort when bony projections put pressure on the spinal nerves or cord. Over time, spinal disorders limit movement and reduce flexibility.
Treatment varies depending on the disease, ranging from medications and therapy to bracing and surgery.

Endoscopic Spine Surgery: what is it?

Contradictory to traditional open surgery, the new age endoscopic surgery is a minimally invasive procedure used to detect and treat a disorder. Unlike open surgery, minimally invasive endoscopic surgery does not require the patient to undergo general anaesthesia. The procedure is possible under local anaesthesia, considering the fact that it can be performed without cutting open the portion of the surgery site.

How does surgery work?

During the procedure, the surgeon first administers local anaesthesia to numb the site of the operation. You will be awake during the entire procedure but will not feel any pain. Then, he/she will make a small incision and insert a slender, tubular instrument   known as an endoscope   with a camera attached on one end through the soft tissues and skin, down to the spinal column. This allows the surgeon to get a clear view of the spinal tissues and understand where the problem exists. The endoscope holds the muscles open, allowing the surgeon to remove the damaged tissues or disk.

Endoscopic spine surgery preserves normal mobility, as the spine is not fused with rods and crews. When performed under an experienced surgeon, the procedure takes less than an hour.

Benefits of the Procedure

The advantages of going for an endoscopic surgery are the following  
  Local anaesthesia
  Surgery and discharge on the same day
  Microscopic incisions
  No removal of bone or muscles
  Zero or minimal blood loss
  Preserves spinal mobility
  Immediate recovery
  Reduced intake of pain medicines
  The high rate of success
  Improved quality of life

Minimally invasive endoscopic surgery has made it possible to rectify spinal problems and disorders without having to go under the knife. With less pain and quicker recovery, you can improve your spine health and get back to your usual activities in a day or two.

Consult a specialist and discuss the procedure in detail before opting for the same.


Endoscopic Spine Surgery Under Local Anaesthesia!

Breaking a bone no matter how small is painful. This pain is caused both by the actual break in the bone and the damage to surrounding muscles, ligaments, nerves and other soft tissue. There are three stages of pain caused by a fracture:

Acute Pain: Pain that occurs immediately after a bone is fractured
Sub-Acute Pain: Pain experienced while the one and soft tissues heal
Chronic Pain: Pain experienced after the fracture has healed
Any kind of fracture can cause these types of pain. However, it is not essential for everyone who has had a fracture to experience all the three kinds of pain. Many people experience pain only when the fracture occurs but in few cases, a person may break a bone and not realize it. Each type of pain needs to be dealt with in a different way.

Acute Pain: Acute pain reduces as the fracture heals. For this, the fractured bone must be reset in place and held together with a splint, brace or cast so as to immobilize it. In some cases, surgery may also be needed. Over the counter pain medication is often prescribed to help deal with this type of pain. The patient is also advised to rest the broken bone and avoid certain types of movement that could worsen the break. A broken bone takes a minimum of 6 to 8 weeks to heal. However, in cases of other conditions such as osteoporosis, this time period could be much longer.
Sub-Acute Pain: As the injury heals, the sub-acute pain experienced reduces. Immobilizing a broken bone to help it heal causes the muscles and soft tissues around it to stiffen and weaken thus triggering this type of pain. Physical therapy can be very helpful in dealing with this type of pain. Along with strengthening the muscles and reducing stiffness, physical therapy also helps reduce inflammation and scar tissue. Physical therapy can be provided in many ways including exercises, electrical stimulation, ultrasounds, massage etc. It is important to remember that at this stage of treatment, the more the affected limb is used, the faster it will heal. However, it is advisable to avoid putting too much pressure on the bone.
Chronic Pain: Some people may experience pain for several months and even years after a fracture has healed. This is usually caused by nerve damage or the development of scar tissue. Underlying conditions such as arthritis could also trigger this type of pain. Management of chronic pain varies from individual to individual. Treatment usually takes the form of medication, exercises and physical therapy. It is important not to avoid this type of pain and consult a doctor to ensure that it is not being caused by any other condition.

Fracture Pain - How To Deal With It?

Even though we have 206 bones in our bodies, breaking just one is enough to bring our daily lives to a standstill. A partial or complete break in a bone is termed as a fracture. While minor fractures can heal in as little as 6 weeks major fractures can take 3-4 months to heal properly. In cases of complex fractures, you may need physical therapy even after this time period to get back complete mobility. Hence patience is essential when a fracture is healing, but here are a few tips on how to speed up the process.

Increase your protein intake: Proteins are essential for the healing and repairing of damage to bones and tissues. Proteins also give the bone structure its strength, Hence, depriving the body of adequate protein will result in the formation of soft bones rather than hard, strong bones. This prevents a bone from fracturing in the same place again.
Have a diet rich in antioxidants: Inflammation is one of the first symptoms of a fracture. This inflammation can continue for many days after the incident and until the inflammation reduces, healing cannot take place properly. Antioxidants help rid toxins from the body and help reduce inflammation thereby initiating the healing process. Antioxidants can also help relieve pain.
Exercise: While you must take care not to apply too much pressure on the affected area it is essential to move the limb as much as possible. Being active promotes blood flow and in this way speeds up the healing process.
Avoid alcohol and caffeine: In most cases, a doctor will prescribe pain relievers to deal with the pain of a fracture. Under no circumstances should you consume alcohol when taking these medications. Even after the antibiotic course is over it is a good idea to abstain from alcohol as this can increase inflammation. Similarly, caffeine and all caffeinated products should also be avoided as they contain compounds that can prevent calcium from being absorbed.
Have an alkaline diet: Having an alkaline diet with lots of fruits and vegetables helps stabilise the pH levels of the body and conserves minerals and proteins needed to build strong bones. In this way, it creates the optimal environment for healing. An alkaline diet also increases the production of growth hormones and other growth factors like IGF insulin in the body. These are crucial to speeding up the healing process and aid in new bone formation.

5 Ways For Quick Recovery From Fracture

A broken bone is medically termed as a fracture.Fractures are linked with age as bones tend to become weak as one ages, so, the chances of a fracture occurring also increases. Fractures are usually classified into four types-
1. Closed fracture - In this type of fracture, the breaking of the bone does not result in an open wound
2. Open fracture- The opposite of closed fracture, the bone breaks through the skin. This may result in infections
3. Non-displaced fracture - in this type of fracture, the bone cracks but is not shifted out of its regular position.
4. Displaced fracture - A displaced fracture occurs when the affected bone is shifted out of its natural position.

Causes
Fractures can be caused by a number of factors, they are
1. Road accidents
2. When someone falls from a height
3. When the bone is directly exposed to a strong blow
4. When the bone is exposed to a repetitive force from activities such as sprinting
5. Osteoporosis, which is a condition where the bones become weak
6. The bones in the body tends to weaken with age, so at this time they become highly susceptible to fractures

Symptoms
1. Swelling in the area accompanied by pain
2. Limited movement of the affected joint
3. Muscle spasms
4. The affected area may also become numb

Diagnosis
The first step to diagnose a fracture is the knowing about the medical history of the patient and conducting a physical exam. The diagnosis is further confirmed by using imaging tests such as -
1. Magnetic resonance imaging (MRI) - In this procedure, images of internal body parts are taken with the help of a magnetic field and pulses of radio energy. MRIs can pick up signs of fractures very quickly, that is within the first week of injury. It is also easier to distinguish fractures from other related injuries in case of MRI.
2. X-rays -X-rays are a procedure that involves sending x-ray particles through an area to detect a fracture. Signs of a fracture may take several weeks to show up in x-rays.
3. Bone scan - In bone scans, some radioactive material is put inside the body through intravenous methods. These material tend to accumulate in the fractured area which then shows up in the images as a bright spot. If you wish to discuss about any specific problem, you can consult an Orthopedist.

How Is A Fracture Diagnosed?

A hand fracture is a condition characterized by broken bones of the hand. The bones in the hand include the bones that are present in the fingers and the wrists. A fracture of the hand tends to occur when you bend or twist your hand in the wrong manner. It may also be caused by injuries related to sports and falls.

Symptoms
Symptoms of swelling and pain are the most common of them all. The range of motion for the affected hand will be reduced as well. The knuckle bone may appear to have been sunken in. Most obviously, it will be difficult in carrying out regular tasks which need the hands.

Therapies
The initial treatment for a hand fracture will be focused on reducing the pain. Pain relieving medications such as ibuprofen will be administered which provides relief from the pain. The next step will be to keep the affected hand immobilized so as not to hamper the recovery process. Once stability is restored, therapeutically relevant exercises are prescribed to help normalize the regular hand movements.

The following exercises are relevant in case of a hand fracture:

Wringing a towel: This is an exercise wherein you wring a towel to improve flexibility and strength in the hand. Simply grab a towel and twist it in both directions; imagine wringing water from the towel.
Rolls of the wrist: Wrist rolls aim to increase the ROM (range of motion) in your wrists and the hands. Hold the hand steady and rotate your wrists both clockwise and anticlockwise. You can also hold a light weight in your hand to make it more challenging.
Prayer stretch: A prayer stretch is another exercise that can help boost your wrist flexibility. You start by positioning the palms together like in a prayer, then hold up the elbows while pushing the hands against each other. You should feel a stretch in your wrists and hands.
Grasping: This is a technique wherein you grasp objects to improve your grip strength. Try gripping objects such as tennis ball or stress balls to get your gripping ability up to normal levels.


4 Effective Therapies Post Hand Fracture!

Spine surgery is conventionally performed as  open surgery , which means the region being worked on is opened with a long entry point to permit the surgeon to view and access the area. Technical and scientific advances have permitted more back and neck conditions to be treated with a less obtrusive surgical technique. The minimal invasive spine surgery (MISS) does not include a long cut, and it prevents causing damage to the muscles around the spine. As a rule, this causes less pain after the surgery and a speedier and healthy recovery.

Spine surgery is normally suggested when non-surgical treatments like medicinal or exercise based methods have not helped in lessening the excruciating symptoms of your back problem. Moreover, surgery is just considered if your doctor can pinpoint the correct reason of your pain, for example, a herniated circle or spinal stenosis. 

MISS is also called less obtrusive spine surgery. In these procedures, surgeons utilise particular instruments to get to the spine through little cuts. The surgery process is as follows:

During the surgery, a little entry point is made and the tubular retractor is embedded through the skin.
It is also inserted into the delicate tissues down to the spinal cord.
This makes a passage to the little range where the problem exists in the spine.
The tubular retractor holds the muscles open and is set up all through the surgery.
The surgeon gets to the spine utilising the little instruments that fit through the focal point of the tubular retractor.
Any bone or disk material that is expelled goes out from the retractor.
Any gadgets needed for the fusion process, for example, screws or rods, are embedded through the retractor.
A few surgeries require more than one retractor.
Keeping in mind the end goal to see where to put the entry point and embed the retractor, the surgeon is guided by fluoroscopy.
This strategy shows ongoing X-ray pictures of the patient's spine on a screen throughout the surgery.
The surgeon additionally utilises a microscope to enlarge the view through the retractor.
Towards the end of the procedure, the tubular retractor is expelled and the muscles come back to their original position.
This restrains the muscle damage that is more ordinarily found in open surgeries.
It is very important to talk about these risks with your doctor before your surgery or procedure.

Infection: Antibiotics are consistently given to the patient some time before, during, and regularly after the surgery to reduce the danger of infections.
Bleeding: A specific measure of bleeding is normal; however, this is not commonly dangerous.
Pain in the grafted area: Some patients will encounter surgical pain at the bone joint site.
Recurring symptoms: A few patients may encounter a repeat of their side effects.
Pseudarthrosis: Patients who tend to smoke are more prone to pseudarthrosis. This is a condition wherein there is insufficient bone formation. In case that this happens, a minor surgery may be required.
Nerve damage: It is possible that the nerves or veins might be harmed during these operations. These complications are extremely uncommon.
Blood clots: Another complication is blood clots in the legs. This poses a threat because these clots can break off and settle in the lungs.

Minimally Invasive Spine Surgery - A Guide On What To Expect?

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