As life expectancy is increasing so is the incidence of vertebral body (VB) fractures now being the commonest fracture of the body. PVP is an established interventional technique in which bone cement is injected under local anaesthesia via a needle into a fractured VB with imaging guidance providing instant pain relief, increased bone strength, stability, decreasing analgesic medicines, increased mobility with improved quality of life and early return to work in days.

In this era of minimally access surgery replacing open surgeries, PVP is a novel procedure & should be in the first line of management in place of conservatism or major spine surgery for painful uncomplicated compression fracture spine.

Morbidity & consequences of spinal fracture:

Traumatic VB is a painful condition requiring bed rest restricting daily activities markedly
Left untreated it can cause DVT, increase osteoporosis, loss of VB height, respiratory & GI disturbances, emotional & social problems secondary to unremitting pain, loss of independence with high cost of rehabilitation.
High risk of primary or consequential damage to neural, bony or disc element
Increased wedging, deformity & increase incidence of adjacent VB
Chronic pain of altered spine mechanics
Uncomfortable braces & sleep disturbance because of pain & discomfort with its sequels.
Cost of surgery and hospital treatment
Cost of implants
Phobia of surgery
Prolonged recovery period & Extensive rehabilitation
Changed spinal mechanics & transition syndrome
Major surgery & anesthesia with its own complications
Results / Outcome

PVP is a novel procedure with high benefit to risk ratio, which is highly underutilized in relation to the high prevalence of the vertebral.
Different studies show an immediate pain relief in (85   90)% of patients with low complication rate ranging from (1-5)% depending upon the type of lesion.
PVP does augment height of VB but ideal would be kyphoplasty
Patient is either off medicine or on reduced doses.
Patient feels so well that he almost forgets if he had VB

Percutaneous Vertebroplasty (PVP) is an emerging interventional technique in which surgical polymethyl methacrylate bone cement is injected under local anaesthesia via a large bore needle into a vertebral body (VB) under imaging guidance providing increased bone strength, stability, pain relief, decreased analgesics, increased mobility with improved QOL and early return to work. Started in 1984 by Galibert PVP is done in host of indications.

Senile osteoporotic compression remains the commonest Indication. Other indications are Metastatic VB, Multiple myeloma VB, VB haemangioma, Vertebral osteonecrosis & for strengthening VB before major spinal surgery. The benefit has been extended to the traumatic stable uncomplicated VB compression (VCF) which is commoner in younger age group with active life profile and prime of their career where strict bed rest and acute or chronic pain are unacceptable and they are more demanding for proactive treatment approach so as to be back to work ASAP.

Discovering the fact that VB is the commonest of body, its incidence >the hip, it becomes imperative to take it more seriously. With increasing life-span there is more of aged osteoporotic population, more so due to sedentary indoor lifestyle and post menopausal osteoporosis. Diabetics, smokers & alcoholics are at higher risk of developing osteoporosis. I have seen such alcoholic patient developing six spine fractures in just three months time from a single fracture being on complete bed rest.

Quick fix of fracture spine makes patient walk back same day instead of bed rest of months together avoiding morbidity & mortality of prolonged bed rest, making bedridden patient walk, in a way bringing patient back to normal life.

In this era of MAS replacing open surgeries, PVP is a novel procedure & should be in the first line of management in place of conservatism or major spine surgery for painful uncomplicated compression.

Morbidity & consequenses of spinal 

Traumatic VB is a painful condition requiring bed rest restricting daily activities markedly.
Left untreated it can cause DVT, increase osteoporosis, loss of VB height, respiratory &
GI disturbances, emotional & social problems secondary to unremitting pain, loss of independence with high cost of rehabilitation.
High risk of primary or consequential damage to neural, bony or disc elements.
Increased wedging, deformity & increase incidence of adjacent VB
Chronic pain of altered spine mechanics.
Uncomfortable braces & sleep disturbance because of pain & discomfort with its sequels.
Morbidity and complication of spinal surgery 

Cost of surgery and hospital treatment
Cost of implants
Phobia of surgery
Prolonged recovery period & Extensive rehabilitation
Changed spinal mechanics & transition syndrome
Major surgery & anesthesia with its own complications
Preparation & Procedure:
X-ray spine in a/p & lat view. CT is more informative of bone & morphology. MRI is good for soft tissue injuries. Ask for pedicle size in all dimensions and construct a 3D image aiming needle placement and cement filling in scan room itself as rehearsal of PVP. This reduces operative time & gives better results. Conventionally PVP is done by hammering the vertebroplasty needle through the bone. Here we use light weight drill to bore through the vertebra. It is important to set the needle at exact entry site & side with right trajectory aiming the defects.

In lateral view needle should go through middle of the pedicle going up to anterior 1/3 of VB. In P/A view the needle can be in midline or paramedian depending upon & if uni/bipedicular approach is planned. Approach varies as per location of vertebra, anterolateral in cervical, costotransverse/parapedicular in thoracic & transpedicular in lumbar vertebra.

Do bone biopsy if there is any doubt about lession. Do dye test (vertebral venography). Make cement more radiopaque by adding barium /or tungsten. Inject cement with 1or2 ml luerlock syringes strictly under fluoroscope in lateral view & cross checking in P/A view. Stop injecting either there is adequate filling or at the first sight of ectopic cement leak. Keep sample cement to see for hardening. Remove needle with rotational movement before cement hardens.

Pain relief is by virtue of different mechanisms postulated :

Cementing of fragments.
Thermal neurolysis of VB nerve ending due to heat of polymerization.
Washing away of nociceptor chemicals.
Neurolytic action of liquid monomer.
By allowing early ambulation decreasing pains of immobility & bed rest.
Complications 

PVP is generally safe with low risk.
Ectopic cement leak is frequent but generally inconsequential.
Outcome 

PVP is a novel procedure with high benefit to risk ratio, which is highly underutilized in relation to the high prevalence of the vertebral
Different studies show an immediate pain relief in (85   90)% of patients with low complication rate ranging from (1-5)% depending upon the type of lesion.
PVP does augment height of VB but ideal would be kyphoplasty.
Patient is either off medicine or on reduced doses.
Patient feels so well that he almost forgets if he had VB

Vertebroplasty (PVP) / Kyphoplasty - Approach To Management Of Vertebral Body Fractures!

Primary Total Hip Replacement Surgery is generally a successful procedure, allowing people to restore their active and painless lifestyle. It involves the replacement of a hip joint with a prosthesis or an implant made of different materials. But, over a period of time, this procedure might fail for a number of reasons. When such a failure happens, revision surgery is employed. The Revision Total Hip Replacement Surgery is hence the second operation that removes parts of the first prosthesis to replace them with a new set.

The ultimate goal of both the procedures, namely Total Hip Replacement Surgery and Revision Total Hip Replacement Surgery is the same that is to improve the quality of life by bettering the functionality and relieving pain. However, these two surgeries are different in their procedure and complexity. Revision Total Hip Replacement Surgery is more complex and takes much longer time. It requires good planning and use of specialized tools and implants for achieving good results. Use of specialized implants compensates for the damage to soft tissue and bone that makes it difficult for the surgeon to use standard Primary Hip Implants.

Revision Total Hip Replacement Surgery can manifest itself into two forms:

There might be the need to remove the entire prosthesis and its replacement. It might also involve rebuilding the bone around the hips with augments or bone graft.

In another case, there is a possibility that only some parts or components of the prosthesis need to be removed and replaced.

When to go for Revision Total Hip Replacement Surgery:

When there is wearing and loosening of Implant, it does not function properly. For proper functioning, the implants can be cemented into place or press- fit allowing the bone to grow onto them. If this does not happen, the components get loose leading to pain. Loosening of implants might be caused by excessive body weight, rigorous physical activity, and wearing of the plastic liner inserted between metal cup and ball. Also, younger patients might also have to go through a Revision Surgery when the implant completes its life expectancy.

If there is a bacterial infection in the Total Hip Replacement, Revision Surgery is employed. This is so because antibiotics cannot alone eliminate bacteria from joints. In such cases, two stages of the operations are required. But sometimes, a single stage operation is also employed. However, it has limited application.

When there is a recurrent hip location in the ball and socket joint, Revision Surgery is opted to properly align the joint and to insert the implant.

In case of a periprosthetic fracture (when bone around the implant breaks), Revision Surgery is required.

When metal used in implant breaks or degrades, it may cause damage to soft surrounding tissue and bone. This would require a corrective Revision Surgery.

Preparation for the Surgery:

The patient undergoes a thorough physical examination. It is to ensure that undergoing surgery would not be harmful in any possible way. X-Rays, MRIs, and CT scans are employed to fully understand the structure of the joint. Laboratory tests are conducted to ascertain the fitness of the patient to undergo the procedure. It should be noted that post- surgery, the patient is not able to function at all and requires help even to perform petty tasks for himself. Thus, suitable arrangements should be made accordingly in advance for the same.

Post-Operative Care:

Post-operative care involves pain management, preventing infection, physical therapy, wound care, and prevention of blood clot. It ensures a healthy recovery.

Primary & Revision Total Hip Replacement Surgeries!

The sciatic nerve is one of the largest nerves in the body. It goes from the lower back all the way down to the base of the leg. When there is a disorder associated with the sciatic nerve, it is known as Sciatica. 

Sciatica, however, does not necessarily need a surgery or a very elaborate procedure to fix the problem. Most commonly, it is treated simply by practicing a number of simple exercises. Here are some of the most common exercises prescribed to treat Sciatica:

1. Reclining Pigeon Pose:
There are three main forms of the pigeon pose. These are sitting, reclining and then forwarding. It is recommended that if you have very recently started your treatment for Sciatica, then certainly you should go for the reclining pose. In this pose, you are supposed to hold your left leg in the air at a right angle to your back. Then, hold your ankle against the knee. Finally, repeat this stretch with the right leg as well.

2. Knee to Opposite Shoulder:
In this stretch, the starting position is on your back side. You have to have your legs out and feet upwards. From this position, try to bring your right leg towards your left shoulder. Hold this for 30 seconds and then release and relax. Repeat this activity three times and repeat the whole procedure with your other leg. Only take your leg as far as it goes.

3. Sitting Spinal Stretch:
At the start of this exercise, sit on the ground with your legs going straight outwards and your feet flexed in the upward direction. Pull your left knee and put it on the outside of your right knee. Finally, place your right elbow on the left knee, so that your body turns to the left. Hold for 30 seconds and then relax. Repeat the procedure with the other knee.

4. Standing Hamstring Stretch:
Put your foot on an elevated surface such that it is above the floor, but not above hip level. Flex your toes forward such that your feet and legs are nearly in a straight line. Bend as far towards the foot as possible. However, do not stretch so far that you feel pain. Finally, repeat this procedure on the other side after release.

Exercises For Sciatica

What is Developmental Dysplasia of the Hip?

Developmental dysplasia of the hip or DDH, is a condition that affects the hip joint in newborns and young children. The hip is like a ball-and-cup, formed by the round top of the thigh bone - called the femur - and a cup-shaped socket in the pelvis. The hip joint is stable in spite of its large range of motion and is kept in place by ligaments and other soft tissue structures. The normal infant hip is not mature at birth but develops into a strong and stable joint as the child grows.

What happens in hip dysplasia?

In DDH, the hip does not develop normally as the cup and ball are either partially or completely out of alignment. DDH can vary from mild to severe depending on whether the cup is shallow, soft tissue structures are lax or a combination of all. These problems may cause the hip to become unstable, and even come out of the joint. This is known as a dislocated hip and is believed to occur in around one in 1000 infants. One or both hips can be affected. DDH isn't painful in babies and young children. Untreated DDH can result in limping in young children. This can progress to hip pain and arthritis at a later date.

How common is it?

DDH is more common in girls and first-born children. It's more likely to occur if there's a family history or if the baby was breech. Swaddling or wrapping a baby's legs too tightly can also lead to DDH. Certain traditional practices like wrapping the children, etc. are known to increase the risk, while carrying them with limbs separated apart is known to decrease the risk of dysplasia. All newborns should have both hips carefully examined by a health professional. 

Treatment options

Treatment depends on the child's age and the severity of the condition. Young babies with confirmed DDH are usually treated in a brace or harness that holds the legs apart. This helps the hip socket to deepen and the hip to become stable with growth. Regular monitoring of the hip position is necessary to ensure good outcomes. Surgery may be necessary if brace treatment is unsuccessful, or if a hip dislocation is first noticed when the child is older.

What is the long-term outlook?

Most infants who are diagnosed and treated early do not have any hip problems in later life. Earlier the diagnosis and treatment, the better the outcome, as late diagnosis often requires surgical treatment and can mean a higher likelihood of ongoing hip problems.

Developmental Dysplasia Of Hip - How Common It Is?

Total Hip Replacement is also known as Total Hip Arthroplasty, in which the damaged cartilage and bones in the hip area are removed and replaced with prosthetic components. On the other hand, Total Knee Replacement, also known as Total Knee Arthroplasty or resurfacing, involves replacing the bone surface of the knee area. 

Causes of Hip and Knee Pain 

Arthritis is the most common cause of chronic hip and knee pain or disability. Other causes include: 

  Avascular necrosis or Osteonecrosis is a condition where there is an inadequate supply of blood to the femoral head due to a hip injury. The inadequate supply of blood may cause the bone surface to collapse and this can result in arthritis. 

  Rheumatoid Arthritis is the most common inflammatory Arthritis. In this condition, the synovial membrane surrounding the joint begins to thicken and become inflamed. This results in cartilage loss, stiffness, and pain. 

  Osteoarthritis is the type of arthritis, usually related to old age but can occur among young people too. The cartilage cushioning the hip and knee bones becomes soft and gradually wears off. The bones eventually start rubbing against each other which causes stiffness and pain in the knee and hip area. 

  Post-Traumatic Arthritis can follow a severe hip and knee fracture or injury. 

  Some children with hip disease or problem, even after treatment, can develop into arthritis later. This may be caused by uneven or unusual growth of hip which affects the joint surfaces. 

Knee Replacement Procedure 

  Bone Preparation: The surface of impaired cartilage at the end of the tibia and femur are separated besides a small extent of the underlying bone. 

  Locating the Metal Implants: The removed bone and cartilage are substituted by metal implants creating the joint surface. These metal pieces may either be press-fit or cemented into the bone. 

  Resurfacing the Patella: The undersurface of the kneecap or Patella is cropped and reformed with a plastic button. This process is variable depending upon the condition. 

  Inserting a Spacer: To form a smooth gliding surface, a plastic spacer of medical-grade is positioned between the metal components. 

Hip Replacement Procedure 

  Metal stem replaces the damaged femoral head and positioned into the femur s hollow center. 

  On the upper portion of the stem, a ceramic or metal ball is planted. This ball acts as a substitute for the damaged/detached femoral head. 

  The damaged Acetabulum or cartilage surface of the socket is discarded and supplanted by a metal socket. Cement or screws are used to sustain the socket in place. 

  A spacer, either metallic, plastic or ceramic is placed between the socket and the new ball for a smooth gliding surface. 

Take Away 

Knee and Hip Replacement are taken as the last option for the patient. The surgery and its outcome vary depending upon various factors. One should consult the doctor before undergoing for the Hip and Knee Replacement Surgery.

Primary Knee & Hip Replacement - Know More About Them!

A bone fracture is often abbreviated as FX or # and is a painful medical condition that causes damage in the continuity of the bone. A dictionary meaning of fracture is a separation of an object or a material into two or more pieces under the action of stress.


A bone fracture could be due to a high force impact or stress, an injury from trauma or sports or even certain medical conditions that weaken the bones, such as osteoporosis, bone cancer or osteogenesis imperfecta.


However, a significant number of fractures occur due to high force impact or stress. A fracture could be simple where the skin is not exposed or compound where skin gets exposed. A fracture could be complete where the bone breaks up in two pieces or could be incomplete with a crack in the bone.


Treatment of bone fracture depends on the type of fracture. In a large number of cases, the bone is aligned through a cast or splint. However, a very crucial part in the recovery of the treatment is physiotherapy. Physiotherapy is a comprehensive care plan designed for the patient for optimal and complete recovery. Yet most patients do not understand its effectiveness. In layman's terms physiotherapy is understood as few exercises or messages designed to aid the patient's treatment. However, Physiotherapy not only aids the recovery, it effectively promotes healing, reduces pain and stiffness and gradually helps the patient to return back to his/her normal daily activities of life.


Physiotherapy is a complete preventive and rehabilitative approach to treatment and must begin as early as possible and continue post fracture. Physiotherapy has been proven to be effective in preventing post fracture stiffness and weakness that occurs in adjacent joints and muscles generally during the first six weeks of the healing process. If the X-ray shows poor healing, physiotherapy is a medium used to help the patient regain muscle strength and speed up recovery.


Irregular movements can lead the bones to further damage the surrounding tissues and muscles. Damage may also lead to infection, especially in compound fractures where the skin is exposed. Thus, physiotherapy regulates the movements, supports healing and prevents further damage. Physiotherapy not only involves messages or exercises. It includes a range of interventions designed for prevention and rehabilitation of patients. These interventions include pain management, education and awareness on safety and prevention of injury, strength building and flexibility exercises and in some cases taping, bracing and electrotherapy.


To add to its benefits, physiotherapy procedures are also completely safe and are supported by medical science. These procedures also do not have any side effects. Always remember to consult your orthopedic doctor as he can guide you towards the best physiotherapy treatment.


Stay fit and healthy!"

Physiotherapy - Why it is Critical for Recovery from Fracture?

Don't wait any longer, manage your Pediatric Physiotherapist online with a Lybrate doctor today

Consult for Pediatric Physiotherapist - Online and Easy!

FilterClear All

COMMON SPECIALITIES

COMMON ISSUES