Fractured toe all about

Yes, believe it or not, stubbing your toe can result in a serious fracture. In fact, broken toes (also known as fractured metatarsals) are a fairly common injury.

Many people believe that since there is nothing a doctor can do about a broken toe (in the majority of cases, fractured toes are not put in casts or operated on), a toe injury is not worth a trip to a doctor. After all, if you can still walk on it, then the toe must not be broken.

Unfortunately, this is not the case. Fractured toes that are left untreated can lead to serious foot problems in the future, such as deformities or arthritis.

Fractured metatarsal bones can be divided into two categories: traumatic fractures and stress fractures. With traumatic fractures, the need for a doctor’s visit will be obvious. Often you will hear the bone break.

The traumatic fracture can be displaced, meaning that the toe bone is dislocated and will require a doctor to “pop” the bone back into its proper position.

Displaced traumatic fractures of the toes sometimes require surgery. Swelling and bruising often accompany both displaced and nondisplaced traumatic toe fractures.

Stress fractures are less easy to identify. It can be difficult to know whether your toe is simply bruised or broken.

These small, hairline breaks are common among athletes and can result from repeated stress on the foot. They can be identified by pain in the area of the fracture.

Often the pain comes and goes depending on the activity of the injured person (i.e., a stress fracture may flare up on a run only for the pain to disappear a few hours later once the foot has rested).

Stress fractures are usually accompanied by swelling but NOT bruising, which is a sign of a traumatic fracture.

Toe fractures should not be confused with toe sprains, and both conditions should be treated seriously. The easiest way to distinguish fractures from sprains is to identify the location of the pain.

If the pain can be pinpointed to a particular spot (a “pinpoint” pain), then the injury is most likely a fracture. Sprains usually result in more general pain that affects the entire injured area.

Even if you can still walk on your injured foot, localized pain in your toes should not be ignored. A podiatrist can provide a diagnosis and course of treatment appropriate for your injury.

Radial Head Fracture Treatment and Prevention Tips

A radial head fracture is the most common broken elbow bone seen in adults. Radial head fractures are common injuries, occurring in about 20 percent of all acute elbow injuries. They are more frequent in women than in men and occur most often between 30 and 40 years of age. Approximately 10 percent of all elbow dislocations involve a fracture of the radial head. As the upper arm bone (humerus) and the ulna return to their normal alignment, a piece of the radial head bone could be chipped off (fractured). Radial head fractures cause pain and swelling around the elbow. Radial head fractures occur most commonly in contact and collision sports when a player falls onto an outstretched hand or arm. . Blunt or penetrating trauma rarely causes radial head injury.

The presence of bleeding, even with small puncture wounds, should alert the examiner to the possibility of open injury. Neurovascular symptoms of numbness, tingling, or loss of sensation should be identified to rule out nerve or vascular injury. The presence of severe pain should alert the examiner to the possibility of compartment syndrome. Primary treatment involves sending for expert medical assistance, securing the arm to the body in a comfortable position and gentle application of ice for 20 min. Further treatment requires the expertise of an orthopaedic surgeon because a fracture in which the bone is displaced may require fixation. A bone fractured with no displacement may require only splinting the arm at a 90° angle for a few weeks.

Radial Head Fracture Treatment and Prevention Tips

1. Nonsurgical treatment involves using a splint or sling for a few days, followed by early motion.
2. If too much motion is attempted too quickly, the bones may shift and become displaced.
3. If displacement is minimal,followed by range of motion exercises, is usually successful.
4. Small fragments may be surgically removed.
5. Early movement to stretch and bend the elbow is necessary to avoid stiffness.
6. A prosthesis (artificial radial head) can be used to prevent deformity if elbow instability is severe.

Distal radius fracture, Galeazzi Fracture Treatment

The Galeazzi fracture is a fracture of the radius with dislocation or distal radioulnar joint. Galeazzi fractures are isolated fractures of the junction of the distal third and middle third of the radius with associated subluxation or dislocation of the DRUJ.Galeazzi fractures account for 3-7% of all forearm fractures. They are seen most often in males. Although Galeazzi fracture patterns are reportedly uncommon, they are estimated to account for 7% of all forearm fractures in adults.Pain and soft-tissue swelling are present at the distal-third radial fracture site and at the wrist joint. Forearm trauma may be associated with compartment syndrome.

Processing fracture Galeazzi is surgery to repair the fracture zone. Galeazzi fractures are better treated with open reduction of the radius and DRUJ. Closed reduction of the application and cast have led to unsatisfactory results. "Fracture of necessity" refers to the fact that the adult Galeazzi fracture is not amenable to treatment by means closed, hence the need for surgical stabilization. Apply ice at the surgical site as needed. To capitalize forearm in supination during 4 weeks with percutaneous removal of any pins to 4 weeks.
All adult Galeazzi fractures must be treated with open reduction and internal fixation (ORIF).

Galeazzi Fracture Treatment and Prevention Tips

1. Immobilize the forearm in supination for 4 weeks.
2. Apply ice to the operative site as needed.
3. Apply a long arm splint with the forearm placed in supination.
4. Surgery is repair the radius fracture.
5. Immediately after surgery, institute occupational therapy for digital and shoulder range of motion.

Stress fracture shin, The most common areas for stress fractures

A stress fracture is sometimes also known as a hairline fracture or a fatigue fracture. They are basically an incomplete fracture, or a crack in the bone, caused by repetitive forces, rather than one sudden incident.

Stress fractures are particularly common in runners due to the repetitive impacts and the forces this passes through the bones. The most common areas for stress fractures include:

Metatarsals (long bones in the foot)
Tibia (shin bone)
Femur (thigh bone)
Calcaneus (heel bone)
Talus (ankle bone)

The Metatarsals and Tibia are by far the most common stress fracture locations in runners.

Symptoms of a stress fracture include a generalised area of pain which develops gradually, is worse with repeated weight bearing and often eases with rest. There may be mild swelling in the area and it may be possible to feel a tender area directly over the bone.

As already mentioned, stress fractures are common in runners, but there are certain factors which may increase the risk of developing a stress fracture. Increasing mileage too quickly is the most common culprit. Not sticking to the 10% increase per week rule means that the body does not have time to adapt and build the strength required to sustain this level of intensity. Consistently running on hard surfaces, especially concrete pavements is another factor which is easily corrected by adding in grass, track and sand training sessions. Wearing extra cushioned running shoes, or adding in a shock absorbing insole may also be beneficial.

Stress fracture treatment mostly involves rest. For weight bearing bones this will usually mean avoiding full weight bearing with the help of crutches or a walking boot. Stress fractures are not usually put in a plaster cast.

The healing time for a weight bearing stress fracture is between 4 and 8 weeks. During this time the activity which caused the stress fracture should be avoided completely, although after 2 weeks of complete rest, other non-weight bearing exercises such as swimming or cycling may be undertaken, provided they are pain free.

After the bone is healed, a return to sport can be initiated, although should be very cautious and gradual to prevent a re-injury. Exercises to strengthen the surrounding area may be used, as should stretching exercises to ensure a full range of motion at the joints above and below.

Before returning to sport, it is important that all contributing factors are corrected to reduce the risk of a re-injury. If unsure, get a professional to look at your training programme and your running shoes.

Medial Malleolus Fracture, Maisonneuve Fracture Treatment Information

Maisonneuve fracture is a disruption-bony or ligamentous- of the medial ankle and proximal fibula and is usually caused by external rotation of the ankle. There is an associated fracture of the medial malleolus or rupture of the deep deltoid ligament. This type of injury can be difficult to detect.

Maisonneuve fractures and syndesmosis injuries occur most often in athletes. The foot is planted on the ground and the lower leg rotates around it. The force of the injury is translated through the interosseus membrane, travels up the leg, and exits through the top of the bone. The result is a proximal fibular fracture.

With a Maisonneuve fracture, there can even be a fracture of the tibia at the bottom near the ankle. One cause of ankle injury is previous injury; inadequately rehabilitated ankle sprains place the ankle at risk for subsequent injuries. Common sign of maisonneuve fracture is tenderness at medial malleolus and proximal fibula.

Maisonneuve fracture need to reaaproximate syndesmosis.The syndesmosis screw will have to be removed in a subsequent surgery. If not removed, the screw's presence will not allow for normal ankle motion and could break causing more pain. Rehabilitation should proceed as directed.

Proximal humerus fracture, Orthopedic solutions

Why are shoulder problems so common?

Shoulders are the most flexible joints in the human body and not many activities can be performed without their involvement. However, their flexibility and extensive usage are also the primary factors behind their susceptibility to injuries and instabilities.

The shoulder is a ball and socket joint. It has three major bones - the upper arm bone (humerus), shoulder blade (scapula) and collarbone (clavicle). The shoulder joint is formed when the arm bone fits into the socket called glenoid of the shoulder blade. Shoulder problems arise out of complications to any of these areas or the surrounding tissues.

What are the usual shoulder problems?

The Manhattan orthopedic surgeons and the New York Orthopedic surgeons gives a list of common shoulder problems:

- Bursitis or Tendinitis due to strain caused by repetitive activities.
- Impingement and Partial Rotator Cuff Tears characterized by major inflammation and the formation of spurs.
- Full-Thickness Rotator Cuff Tears resulting from heavy lifting or falls.
- Instability when the upper arm bone is forced out of the socket due to sudden injury or strain on the ligaments.
- Fractured Collarbone and Acromioclavicular Joint Separation is a condition that is common with children and happens when they fall on their shoulders. It may also happen with adults.
- Fractured Head of the Humerus (Arm Bone), or Proximal Humerus Fracture is common among adults with osteoporosis and occurs when they fall on an outstretched arm.
- Osteoarthritis and Rheumatoid Arthritis bring about a slow degeneration of the tissues surrounding the shoulder. It is characterized by inflammation and other discomfort.

Orthopedic Solutions

Approach the best orthopedic doctors NYC for effective and permanent solutions. An orthopedic surgeon is the expert you need when you have any problems with your shoulders. Your orthopedic surgeon will suggest the most appropriate procedure for you. The solutions can be either non-surgical or surgical.

A physical examination and other diagnostic tests including X rays and MRI scansmay be needed for proper diagnosis. The treatments can range from mere medication or exercise to surgery. Rehabilitation procedures are also recommended. According to the orthopedic doctors at NYC, rehabilitation is necessary to restore strength, flexibility and movement to your joints.

Common surgical solutions

- Arthoscopy where special cameras are used.
- Fusion, where healing happens by fusing bone grafts and devices such as metal rods to the bone.
- Internal Fixation where a broken bone is held in place using rods and pins until it is healed.
- Joint Replacement involves the replacement of the injured joint with an artificial joint called prosthesis
- Osteotomy where the bones are cut and are made to reform accordingly.
- Soft Tissue Repair where torn tendons and ligaments are repaired.

Get in touch with orthopedic nyc doctors if you suffer from any shoulder problems.

Clavicle fracture - The medical way of saying a collarbone fracture.

When babies are born it takes a lot for them to pass through the birth canal. Normally a sonogram can predict the size of a baby. The doctor guestimates the size of the baby with the size of the mother pelvis, to ensure the baby can pass through without complications. In some cases even with all the technology out today measurements are off and the baby cannot fit through the birthing canal.

When a baby is pulled through the birth canal with too much force or born breech (feet first), a clavicle fracture can occur. A clavicle fracture is basically the medical way of saying a collarbone fracture.

Rarely do these fractures hurt the baby but sometimes they can be avoided, when doctors correctly deliver a baby. If you have had a baby or know someone who has and the baby delivered ended up with a Clavicle fracture this may be a case to have a birth injury attorney, Yonkers look at. The day your baby is born, should be one of the most joyous occasions in a parent's life. For the most part most deliveries go smoothly as to be expected. However, complications do arise during pregnancy and delivery, and these problems may result in serious and or long-term injuries to your newborn baby. If the harm to your baby was unavoidable, it is important to be aware of your legal rights regarding the birth of your newborn. Most birth injuries that occur can be prevented if given the appropriate care from medical staff members. When the appropriate care isn't given to a patient while in a hospital you may have a birth injury case.

Acetabular fracture Acetabular Fixation Options in Total Hip Replacements

Acetabular Fixation Options in Total Hip Replacements
Osteolysis and loosening, despite great changes in bearing materials, continue to be a problem in total hip replacements (THR). Hybrid fixation, proposed in 1989 to aid such problems, has not completely solved them.2 There are times during surgery that an alternative to the routine, predetermined technique is needed. Recent alterations in cementless femoral and/or cemented acetabular fixation have produced promising clinical returns and have shown improvement in dealing with linear wear and osteolysis....

Materials and Methods
Between 1987 and 2005, a retrospective review of all THR cases using 2 independent series of hybrid and reverse hybrid cementing techniques was performed. Four hundred fifty-nine hips received a hybrid replacement, and 54 hips received a reverse hybrid replacement. A match-case analysis (n=54 hips in each series) was done between the hybrid and reverse hybrid cohorts, including gender, primary diagnosis, age, and body mass index (average follow-up, 5.8 years; range, 2-16.8 years)....

Results

Of the 54 hips (n=54 patients) in the hybrid group, 8 patients died with a well-functioning arthroplasty (range, 2.7-16.9 years) and none were lost to follow-up. Five hybrid THRs (9.3%) were revised. Two (3.7%) underwent revision for a loose acetabular component caused by pelvic osteolysis, 2 (3.7%) for a loose femoral component, and 1 (1.9%) for a fractured femoral stem.

One hip (1.9%) had a partially loose acetabular cup but was not revised. Of the 54 hips (n=54 patients) in the reverse hybrid group, 4 patients died with a well-functioning arthroplasty (range, 2.3-14.6 years) and none were lost to follow-up. One patient underwent a revision procedure due to a loose femoral stem. No patients in the reverse hybrid group reported significant postoperative complications, including residual polyethylene wear, osteolysis, or evidence of acetabular aseptic loosening....

Discussion
To determine the best mode of acetabular fixation, one must not only evaluate the fixation but the bearing surface and polyethylene wear as well. The bearing surfaces and wear are small; therefore, fixation is paramount.

Although midterm results for hybrid THR have been satisfactory, problems associated with high polyethylene wear, femoral loosening, and increased pelvic/focal osteolysis are cause for concern. Unfortunately, the polyethylene was not the same....

Conclusion
This study shows that the reverse hybrid THR, although unusual, is a successful alternative to hybrid THR when a need arises and institutional resources allow. With the exclusion of varying patient demographics (gender, body mass index, age, and primary diagnosis), the reverse hybrid series of 54 hips accounted for excellent postoperative hip performance, mobility, and survivorship, showing clinical outcomes better than the hybrid series following a minimum 2-year follow-up retrospective review. However, because of the overall difficulty in cementing the acetabular cup, the ease and predictability of the cementless fixation, and now the options of modular bearing surfaces, cementless fixation for the acetabular cup must be considered the gold standard...

Do not let Tibial Stress Fracture be ignored as mere accidents

As our group come to an end of a scholastic outdoor track season, there were several competitive runners who developed tibial stress fractures. These runners usually participated in the hurdles or any event that required high impact on the lower extremity. These patients have an extremely difficult time in participating in practice or in meets.

Recently a patient visited our office and stated that she had extreme pain in both legs. This was a young 15 year old female who ran daily and participated in track and field competing in hurdles and relay. Her mother stated that the pain was gradual and started to increase on daily basis and worsened during track practice. Also, the mother stated that the school's trainer said it was shin splints and started a taping regimen without any further recommendation for follow up.

While in the office, the examination revealed some swelling and severe pain on the shin or the anterior tibial. This pinpoint pain causes guarding. Sometimes, there can be bruising or redness. On gait analysis, the patient can produce a limp or what we call an antalgic gait.

While in the office, x-rays were taken of the both legs and no apparent fracture was noted. Sometimes, a noted line or translucency can be noted consistent with a stress fracture. Diagnostic tests such as bone scans and MRI?s are appropriate modalities and due to her age, the radiologist recommended an MRI. This test was performed and tibial stress fractures were noted on both legs.

This patient was immobilized with CAM walkers and instructed to be non-weight bearing for the next 6 weeks. X-rays were taken during the follow up and this patient was sent to Physical Therapy. This young lady went back to participating in track and her outcome was successful.

Tibial Stress Fractures can be caused by over activity, high impact and poor training technique. These types of fractures cannot be overlooked as shin splints or compartment syndromes. Tibial Stress fractures can develop into chronic conditions where patients cannot participate in any sports.

Other etiologies for this condition are diet, hormones and biomechanics. Physical examination and diagnostic studies can aid in the diagnosis. Some treatments can include immobilization, activity modification, diet, orthotics and physical therapy.

Do not let Tibial Stress Fracture be ignored as mere accidents. Get it treated because this can be the difference of champion or a runner who thinks they have chronic stress fractures.....

Scaphoid Fractures Treatment and pevention Tips

Scaphoid fracture is a common injury encountered in family medicine. A Scaphoid fracture (a fracture of the scaphoid bone) is the most common type of wrist fracture. Scaphoid fractures usually cause pain at the base of the thumb accompanied by swelling in the same area. The scaphoid is the most frequently fractured carpal bone, accounting for 71% of all carpal bone fractures. Scaphoid fractures often occur in young and middle-aged adults, typically those aged 15-60 years. About 5-12% of scaphoid fractures are associated with other fractures, and approximately 1% of scaphoid fractures are bilateral. Scaphoid fractures usually cause pain in the base of the thumb, with swelling in the same area. The pain may be severe when the thumb or wrist is moved or the hand grips anything.

In some cases, the pain is not severe, and may be mistaken for a sprain. A scaphoid fracture is almost always caused by a fall on the outstretched hand. Landing on an outstretched hand makes hand and wrist injuries, including a fracture of the scaphoid bone, fairly common. The scaphoid bone is at risk for avascular necrosis. Only one small artery enters the bone, at the end that is closest to the thumb. Scaphoid fractures often happen while a person is playing sports such as football, soccer, or basketball or during activities such as Rollerblading, skateboarding, or bike riding. They can also occur as a result of a car accident or a punching incident.

Treatment of scaphoid fractures depends on the location of the break in the bone. When the scaphoid is broken at the waist, surgery may be recommended.

A screw or wire may be used to stabilize the scaphoid while the bone heals. Rehabilitation is an important part of healing due to the long immobilization time needed to treat most scaphoid fractures. Range-of-motion exercises for the wrist can be started after immobilization, followed by strengthening exercises for the wrist flexors and extensors. Other treatment and prevention is avoid heavy lifting, carrying, pushing, pulling or throwing with the injured arm. Do not climb ladders or trees
Avoid activities with a risk of falling onto hand (for example, inline skating, jumping on a trampoline). Pain medicine such as acetaminophen (for example, Tylenol) or ibuprofen (for example, Advil or Motrin) also helpful against scaphoid fractures. If you have surgery, you will need to wear a splint or cast afterward.

Scaphoid Fractures Treatment and pevention Tips

1. Do not participate in contact sports.

2. Do not climb ladders or trees.

3. Avoid heavy lifting, carrying, pushing, pulling or throwing with the injured arm.

4. Avoid activities with a risk of falling onto hand (for example, inline skating, jumping on a trampoline).

5. Hand therapy may be recommended to help regain the motion and strength in the wrist.

Metacarpal fracture

Orthopedist tended to a patient in the emergency department for a gunshot wound and diagnosed a metacarpal fracture. He irrigated the site and eliminated a foreign body. That time you can report fracture care along with irrigation 20103. Do not code a closed fracture treatment without more information.

Question: Our orthopedist tended to a patient in the emergency department for a gunshot wound and diagnosed a metacarpal fracture. He irrigated the site and eliminated a foreign body. Can we also go for a fracture code even though he did not manipulate the fracture?

Answer: If the documentation lists the fracture as a diagnosis (815.1x, Fracture of metacarpal bone[s]), you can report fracture care along with irrigation 20103 (Exploration of penetrating wound [separate procedure]; extremity).

If the notes document debridement, you might be able to report 11012 (Debridement including removal of foreign material associated with open fracture[s] and/or dislocation[s]; skin, subcutaneous tissue, muscle fascia, muscle, and bone) in place of 20103.

Keep a watch: When dealing with a contaminated wound, definitive fracture fixation would most probably be delayed until the immediate threat of infection passes. Owing to this, do not automatically submit a closed fracture treatment code unless you have more information to guide your choices. Go for a code for closed treatment without manipulation like 26600 (Closed treatment of metacarpal fracture, single; without manipulation, each bone) unless the fracture called for additional treatment while performing the open debridement.

Vertebral compression fractures treatment

Vertebral compression fractures may occur with major trauma, such as a motorcycle accident, or with something as insignificant as a sneeze, or stepping off of a curb. With a compression fracture, the bone compressed and collapses into itself, similar to squeezing a Styrofoam peanut between your fingers.

How much force it takes to cause a compression fracture, depends on the quality of the bone. Elderly women with osteoporosis have frail, thin bones, which are easily crushed. But even the young strong bone of an 18 year old, will collapse if sufficient force is applied. These fractures may also be caused by metastatic disease, and multiple myeloma, which can weaken the bone to the point that it simply collapses.

A large majority of these fractures are termed wedge fractures, which refers to the shape of the fractured vertebra. The anterior, or front part of the vertebra, is compressed, and the posterior or back portion maintains its height. But in some cases, when sufficient force is applied, the entire vertebra is flattened.

Compression fractures cause the sudden severe pain and disability. The compression fracture itself will generally cause only back pain, focused at the sight of the fracture. Occasionally, when fracture fragments are forced out of place and begin pressing on nerves, there may be buttock and lower extremity pain as well.

Historically, the treatment for these fractures has been bed rest, and pain medication. Depending on how stable the fracture was thought to be, sometimes a brace or body cast would be added. Young people were more likely to survive the period of immobility. In the elderly population, with multiple medical problems, there was a high rate of mortality from the immobilization. People often had complications with pneumonia, blood clots, and loss of muscle. In many cases, even though the fracture would heal, people were never able to return to regular activity.

In 1998 the first kyphoplasty was performed. This new procedure has been shown to restore the height of the vertebra, and quickly stabilize the fracture. There is almost an immediate reduction in pain making it possible to mobilize patients the day after surgery. Braces or body casts are generally not necessary.

This surgery is performed through a tiny 1/2 inch incision. A large needle is threaded precisely into the center of the damaged vertebra, using flouroscopic x-ray guidance. Then a balloon is inserted and inflated in the center of the fracture. This pushes the fracture fragments back out to their original position, re-establishing the dimensions of the vertebra, and correcting any deformity.

When the surgeon is satisfied with the shape and height of the vertebra, the balloon is deflated and withdrawn. The void that is left is then filled with methyl methacrylate, which is the same bone cement that is used to glue prosthetic joint replacements in place. Within minutes this hardens and immediately stabilizes the fracture fragments.

Most people are up the next day. If their pain is not completely resolved, is greatly improved. They are generally able to return to their normal activities within a few weeks.

There are risks with any surgery, but kyphoplasty is minimally invasive and the risks are considered to be very low. It is reported that in up to 10% of cases some methyl methacrylate will extrude outside of the vertebra. In most cases this is harmless and does not cause any problems. The American Academy of Orthopedic Surgeons reports that in 1 case in 10,000 this cement may damage or irritate nerves or the spinal cord. A second surgery may be required to remove the excess cement.

The benefits of this procedure are that it greatly shortens the time of pain and disability that people with compression fractures are forced to endure. Because people are mobilized the day after surgery, it greatly reduces the risk of complications associated with prolonged bed rest.

When comparing the risks and benefits of using kyphoplasty to treat a vertebral compression fracture. The benefits seem to outweigh the risks, and this procedure may be worth considering.

Vertebral compression fractures may occur with major trauma, such as a motorcycle accident, or with something as insignificant as a sneeze, or stepping off of a curb. With a compression fracture, the bone compressed and collapses into itself, similar to squeezing a Styrofoam peanut between your fingers.

How much force it takes to cause a compression fracture, depends on the quality of the bone. Elderly women with osteoporosis have frail, thin bones, which are easily crushed. But even the young strong bone of an 18 year old, will collapse if sufficient force is applied. These fractures may also be caused by metastatic disease, and multiple myeloma, which can weaken the bone to the point that it simply collapses.

A large majority of these fractures are termed wedge fractures, which refers to the shape of the fractured vertebra. The anterior, or front part of the vertebra, is compressed, and the posterior or back portion maintains its height. But in some cases, when sufficient force is applied, the entire vertebra is flattened.

Compression fractures cause the sudden severe pain and disability. The compression fracture itself will generally cause only back pain, focused at the sight of the fracture. Occasionally, when fracture fragments are forced out of place and begin pressing on nerves, there may be buttock and lower extremity pain as well.

Historically, the treatment for these fractures has been bed rest, and pain medication. Depending on how stable the fracture was thought to be, sometimes a brace or body cast would be added. Young people were more likely to survive the period of immobility. In the elderly population, with multiple medical problems, there was a high rate of mortality from the immobilization. People often had complications with pneumonia, blood clots, and loss of muscle. In many cases, even though the fracture would heal, people were never able to return to regular activity.

In 1998 the first kyphoplasty was performed. This new procedure has been shown to restore the height of the vertebra, and quickly stabilize the fracture. There is almost an immediate reduction in pain making it possible to mobilize patients the day after surgery. Braces or body casts are generally not necessary.

This surgery is performed thru a tiny 1/2 inch incision. A large needle is threaded precisely into the center of the damaged vertebra, using flouroscopic x-ray guidance. Then a balloon is inserted and inflated in the center of the fracture. This pushes the fracture fragments back out to their original position, re-establishing the dimensions of the vertebra, and correcting any deformity.

When the surgeon is satisfied with the shape and height of the vertebra, the balloon is deflated and withdrawn. The void that is left is then filled with methyl methacrylate, which is the same bone cement that is used to glue prosthetic joint replacements in place. Within minutes this hardens and immediately stabilizes the fracture fragments.

Most people are up the next day. If their pain is not completely resolved, is greatly improved. They are generally able to return to their normal activities within a few weeks.

There are risks with any surgery, but kyphoplasty is minimally invasive and the risks are considered to be very low. It is reported that in up to 10% of cases some methyl methacrylate will extrude outside of the vertebra. In most cases this is harmless and does not cause any problems. The American Academy of Orthopedic Surgeons reports that in 1 case in 10,000 this cement may damage or irritate nerves or the spinal cord. A second surgery may be required to remove the excess cement.

The benefits of this procedure are that it greatly shortens the time of pain and disability that people with compression fractures are forced to endure. Because people are mobilized the day after surgery, it greatly reduces the risk of complications associated with prolonged bed rest.

When comparing the risks and benefits of using kyphoplasty to treat a vertebral compression fracture. The benefits seem to outweigh the risks, and this procedure may be worth considering.

Elbow Fracture a Common Elbow Injuries

Joints are the body's shocks – they absorb the impact of our falls, runs, jumps and other activities. As the center of articulation between the upper bone of the arm (humerus) and the forearm bones (ulna, radius), the elbow is an important joint for range of motion and mobility; as such, elbow injuries can prove quite a serious hindrance. Those who are at most risk include the elderly and those who are involved in more demanding sports activities such as snowboarding, skiing, mountain climbing, etc.

Dislocation:
Elbow dislocation usually occurs when one falls on an outstretched or extended arm, typically while playing contact sports or during a fall. The resulting injury involves acute pain in the elbow as well as a loss of range of motion and extension, it may also appear as though the elbow is deformed or bent awkwardly.

Dislocation can be remedied by re-aligning the elbow joint correctly, a procedure that should only be performed by a medical provider as the patient will need pain medication and an x-ray.

Fracture
A bone fracture is defined as a break in the continuity of the bone and is usually the result of high force impact or stress. Bone fractures may also be a result of a pre-existing medical condition that weakens the bones such as cancer or osteoporosis.

Much like a dislocation, fractures cause acute, localized pain, swelling, bruising and joint deformity. In the case that you believe you have experienced an elbow fracture, be sure to have it attended to as soon as possible to minimize long term complications. Typically a fracture will need time to heal so the arm may be placed in an arm brace or other elbow support.

Chronic Elbow Injuries
Chronic elbow injuries are conditions that occur over the long term, usually lasting more than 2 weeks, and are accompanied by recurrent pain, stiffness, or loss of motion. These injuries can be the result of repeated injuries, other medical conditions, or previous trauma. One of the most common causes of chronic elbow (and general joint) pain is arthritis. There are three type of arthritis – OA (osteoarthritis), PA (posttraumatic arthritis), and RA (rheumatoid arthritis), all of which may cause recurring elbow pain. Patients with OA may experience a locking or catching sensation in the joint, while those with RA typically experience swelling and joint deformity.

Another familiar chronic elbow injury is tendinitis, the inflammation of a tendon. Tendons are a tough tissue that connect bones to muscles and withstand substantial tension and their inflammation can arise from frequent, physically demanding activity (repetitive motion injury). For example, mountain climbers will typically develop tendinitis in their fingers and elbows while swimmers may develop it in their shoulders. Symptoms of tendinitis can include stiffness, aches, pains and burning around the inflamed tendon. Fortunately, anti-inflammatory medicines and psychical therapy can alleviate pain and injury. Rest, ice, compression and elevation are the four main components to recovery from tendinitis. Using cold therapy to keep swelling and inflammation at bay can alleviate pain and minimize long term damage.

Keep in mind that older adults are at higher risk for elbow injuries and fractures because they lose muscle mass and bone strength as they age. Vision and balance problems may also contribute to falling and injuries.

Calcaneus Fracture Treatment Options

As with any bone in the body the heel bone, also called the calcanium or calcaneus, can become damaged and sometimes fractured which can be extremely painful.

What Is The Calcanium?

The calcaneus bone is located in the heel region of the foot and is the large bone on the underside of the foot that connects the mid-foot to the lower ankle region.

Usual Causes Of Fracture.

This bone can become fractured for a number of reasons. Those who spend a long time on their feet such as soldiers or athletes can suffer from stress fractures in the bone, but it is also common after a fall from a height when the person has landed roughly on their feet. Sometimes a stress fracture cannot be diagnosed at the time of injury as these tiny splits in the bone are not detected on an x-ray and can only be seen after it has healed and the bone has thickened and calcified. It can be extremely painful with pain becoming gradually worse especially after weight-bearing exercises and can radiate to each side of the foot. Along with the pain experienced from fracturing this bone, pain can result to damage to the surrounding nerves and tissues as the area contains a lot of cartilage, ligaments and tendons, which when damaged, can be as painful as the fracture itself.

Treatment Options.

If the injury has been sustained as the result of an obvious accident, immediate medical help should be sought to determine if there are injuries to other parts of the body which may be serious. As this injury is occasionally not seen on an x-ray it can be difficult to diagnose. Those with the symptoms of severe heel pain will be advised to rest the area allowing it to be elevated when able to reduce pain and swelling. Anti-inflammatory medications may help to reduce pain and discomfort, or stronger pain relief can be requested from the doctor. In cases of severe pain a plaster cast may be applied for 6 weeks to allow the injury to rest, heal and stay protected from further damage. When normal activities are resumed, the person should ensure they are wearing suitable footwear.

For those with an obvious fracture of the bone, surgery may be indicated. Surgical options can include using internal fixations such as screws and plates. These procedures require the surgeon to make an open wound and fix the fracture under both direct vision and sometimes with x-ray technology. In almost all cases the limb will be protected with a plaster cast following surgery for at least 6 weeks.

Preventing A Fracture.

Unfortunately accidents cannot be prevented all of the time so acute fractures may be unavoidable. Stress fractures however can be prevented sometimes by ensuring appropriate and correctly fitting foot wear is selected and for those who are on their feet for a long time repeatedly, some degree of cushioning to the heel area of the foot wear may help to absorb some of the pressure put upon this bone.

The heel bone is an area that can become damaged through constant and over use or from accidental injury. It is a painful fracture to encounter and sometimes goes undetected due to the location of the bone and the types of fractures sustained.

5th metatarsal fracture, Treatment and Prevention Tips

The fracture of the fifth metatarsal (the small tree toe) are common in athletics. The fifth metatarsal bone that extends from the midfoot to the base of the little toe. The proximal end of the fifth metatarsal is easily perceived as the phone outside the part of the midfoot.

This part of the bone is exposed to injury. Fractures of the proximal end of the fifth metatarsal can be classified as avulsions or the tuberosity fracture of the shaft within 1.5 cm of the tuberosity. Tubérosité avulsion fractures cause pain and tenderness at the base of the fifth metatarsal and follow forced inversion during the plantar flexion of the foot and ankle.

Local bruising, swelling and other injuries may be present. The fifth Metatarsal is divided into four segments anatomical and the different types of fractures can occur in each segment. Fractures of the base of the fifth Metatarsal are the most common fifth Metatarsal injuries, which occur as a result of a twisting of the foot injury or ankle.

The rolls ankle inward, and there is a strong ligament that attaches to the base of off Metatarsal which draws a small bone fragment. Overuse can lead to stress fractures of the Metatarsus. These fractures are recruits in the army, as well as individuals and athletes are commonly known as 'March fractures.

There are many Immediate and non immediate treatment available. To reduce swelling and pain, apply a bag of ice over a thin towel to the affected area for 20 minutes of each waking hour. Do not put the ice directly against the skin. Wrap the foot in an elastic bandage or wear a compression stocking to prevent further swelling. Keep the foot elevated to reduce the swelling.

It should be even with or slightly above the hip level. Surgery may be needed, since jones fractures often do not heal through immobilization and bone stimulation. Taking an anti-inflammatory drugs, or other drugs prescribed pain.

Fifth Metatarsal Fracture Treatment and Prevention Tips
1. Wear proper fitting footwear.
2. Avoid playing or running on surfaces that are uneven.
3. Elevating your foot by placing a pillow underneath it.
4. Try to keep your foot above the level of your heart.
5. Taking an anti-inflammatory drugs, or other drugs prescribed pain.
6. Crutches may also be needed to avoid placing weight on the injured foot.
7. Reduce swelling and pain, apply a bag of ice over a thin towel to the affected area.
8. A pain-free external device is used to speed the healing of some fractures.

5th metatarsal fracture, How Do We Know Its Metatarsal Fracture?

Metatarsal Fracture Explained

One of the most common injuries in the history of sports is the metatarsal fracture. This kind of injury has been very prevalent in football in the past 5 years. Several high- profiled footballers suffered from the same injury- David Beckham, Wayne Rooney, Ashley Cole, and Steve Gerrard. The anatomy of the foot will however help us understand this injury better and deeper.

Metatarsal bones are long and slender bones found in between the Tarsal bone and the Phalanges. There are 5 Metatarsal bones in each foot. These bones act like a rigid lever in the propulsion of the ankle and the foot. It also acts like a flexible structure that will help in balance and holding up the entire body.

Metatarsal fractures are caused by direct trauma, overuse and excessive rotation. Bone injuries like this are very common since there is a very little soft tissue that protects the top of the foot.

Four anatomic segments divide the fifth metatarsal. These are the base, the junction, the shaft, and the neck. Several fractures can be made out of these segments.

Fracture of the fifth metatarsal is the most common metatarsal injuries. This results from the twisting of the ankle. This kind of fracture doesn’t need to be surgically repaired. Walking immediately in a removable plastic cast is usually advised.

Metatarsal fractures can be caused by overuse. It is common in new army recruits and athletes. A stress fracture will eventually turn into full fracture when the pain in the groin region worsens. The stress fracture of the 2nd metatarsal heals well while the healing of the stress fracture of the 5th metatarsal can be a lot of problem.

How Do We Know Its Metatarsal Fracture?

A severe foot pain and difficulty to walk usually entails metatarsal fracture. Swelling may also be common and bruising will be evident after1-2 days.

How Do We Treat Metatarsal Fracture?

The patient should be headed directly to the emergency room for treatment if metatarsal fracture is suspected. The doctor will confirm the diagnosis with an X-ray. Ice therapy is a good help in dealing with pain and pain medications are necessary. The Aircast Ankle and Foot Cryo/ Cuff is the best way to give ice packs effectively by providing continuous compression for 6 hours.

The terminal treatment for this injury varies on the type and condition of the fracture. Alignment and treatment with an immobilization cast is greatly appreciated in fractures caused by direct trauma.

A removable plastic cast is used for stress fractures of the 2nd metatarsal and rotational fracture of the 5th metatarsal. However, many orthopedist advocates surgical repair of the fracture. This method will allow the patient to resume sports activities possibly after 6 weeks.

How Do We Prevent Metatarsal Fracture?

Very little thing can be done to this kind of injury especially when force is applied to the foot during a traumatic injury. Yet, it is very necessary to wear suitable footwear to provide protection to the foot.

Fractured finger, the common types of finger injuries

What are the common types of finger injuries? There are several ways you can injure them, and all of these injuries can be very painful. One of them is a fracture. When you get a fracture, it can be hard to do everyday tasks.

It can be hard to eat, brush your teeth, get dressed, or even tie your shoes. You may have pain and swelling in your finger. It may also be difficult to move your finger and it may be deformed.

Ligament and tendon injuries are reported quite frequently. An injury known as mallet finger is the most common type of tendon injury. It is also known as dropped finger. When the tendon is either torn or cut from the bone, this injury occurs.

It is common in sporting activities that involve catching a ball. And it can occur if the ball misses the palm of your hand and accidentally hits the tip of a finger. This can lead to the tendon becoming overstretched or torn.

This make the end of the finger droop, and it cannot be straightened. This type of injury will also cause your finger to be very painful and swollen.

How can a finger splint help? Using a splint could help decrease the pain and help your finger heal from an injury. Splints do this by helping to keep your finger stable and in the correct position.

They can help the finger heal quicker by supporting or keeping it still and protect your finger from further injury. Splints can help you get on with the everyday activities in less pain. Finger splints are easy to use and can be comfortable to wear as the materials they are made from are suited for this purpose.

When you have swelling in your knuckle, fractured bones, or torn tendons it will be very important to keep your finger from moving. By keeping it still, it can heal the right way, in the right position and faster.

What types of finger splints are available? The most common type of finger splint is a padded aluminum brace. This brace has wings that will bend to fit your finger and hold the brace in place.

Metal or plastic splints may also be used with some injuries. Foam wraps and elastic bands are other types of splints that may be used as well. There are many splints to choose from with many being affordble and good value for money.

Femoral neck fracture, a common feature

Femoral neck fractures are a common feature of particular populations of people with specific problems. Fractures of the neck of the femur are common in post-menopausal women and are secondary to a decrease in bone density. They are less common as stress fractures in people who put significantly increased forces on their hips such as runners and military personnel who are much younger and fitter.

These fractures can also occur at almost any age by a direct fall on the hip with great force or if there are pathological changes in the bone such as tumours. The circulatory anatomy of the femoral head and neck have long convinced specialists in orthopaedics that it is vital to restore the bony alignment of the fragments to avoid the risk of avascular necrosis (AVN) in the head of the femur. A fracture can cause loss of the blood supply in the femoral head, allowing it to die and collapse which causes significant problems and requires operation. Keeping patients immobilised in a hip plaster spica was used initially until Smith-Petersen developed a more predictable internal fixation in the 1930s.

The Richards Screw Plate uses compression applied to the fracture site by a sliding fixation technique. Compressive and shear stresses pass across the femoral necks when we do normal things such as walk but they can be greatly increased by involvement in sports such as jumping, high athletic performance and jogging. The bodyweight can be amplified five or six times across the hip in fairly standard activities such as stair climbing, let alone sport. The groin, the lateral hip and the anterior thigh are the typical areas of presentation of hip related pain from many pathological changes as well as stress fractures, which may worsen to complete fractures with or without displacement with its risks and complications.

Normal bones can resist normal mechanical stresses and if the stresses reach abnormal levels then the structural supports in bone can fail, presenting as a stress fracture. On the other hand, if bone is altered by hormonal insufficiency or other pathological conditions it will be unable to resist even normal stresses and so will fail. Hormonal levels of oestrogen keeps bone turnover and rebuilding at normal levels and bone can become more brittle with a drop in concentrations of the hormone. Post menopause women and highly trained women can both suffer this problem.

A specialist will consider stress fracture in the differential diagnosis of an athlete who, after an increase in training, presents with a new hip pain problem. The pain is generally worse with the sport and better with resting. Bone scanning is a more sensitive investigation than x-rays in this case. The vast majority of these fractures occur in elderly persons who fall or twist, fracturing the femoral neck. Diagnosis is established by noting an inability to stand on the leg, a laterally rotated leg, a shortened limb and pain in the side of the hip and the groin.

Displacement of transverse femoral neck fractures occurs in ten to fifteen percent of cases and avascular necrosis is a risk in these injuries. Operative management is the necessary option and the choice of the technique depends on the fracture. Fractures occur in many positions anatomically and are grouped into categories, with fractures just below the head carrying the highest risk of circulatory disturbance. These are managed either by Thompson hemi-arthroplasty or by total hip replacement. Fractures in the neck can be internally fixed.

It is common for femoral neck fractures to be undisplaced and compacted, in other words the fragments have been compressed together and are stable under load. This makes conservative rather than surgical management more appropriate. Other fractures are mechanically unstable because they are under tension of the fragments to separate and displace, needing surgical fixation with one of many devices for upper femoral fixation. Trochanteric, sub-trochanteric and lower neck fractures can come more commonly into this category.

Once the fracture is replaced or fixed the patient is allowed 24 hours to recover medically then the physiotherapist and an assistant will check the operative instructions, review the patient's observations and get the patient up weight bearing with a frame or crutches.

About pathologic fracture

Sometimes the broken fragments are impacted into each other and this may obscure the nature of the injury as deformity will not be easily detected and the use of the limb may still be present. However in almost every case of fracture there will be pain, swelling, tenderness over the broken bone and some disability.

The utmost care and gentleness must be exercised in handling a broken limb or spine. It is imperative to avoid any movement of the broken fragments, or any forward bending of the spine, lest further damage accrue to muscles, nerves, blood vessels, or the spinal cord. It is far better to do nothing until expert help arrives than to do the wrong thing. First aid implies firm gentle traction and some form of support that will prevent any movement of the jagged ends of the fragments during transport to hospital.

In any case of this type of injury Arnica 200 one or two doses should be given, followed by Arnica 30 or Ledum 30 two or three times a day for a few days to help in absorption of extravasated blood and reduction of swelling. As a further aid to firm union between the fragments Symphytum 6 should be given once a day for a week or two. This remedy has also proved of great value in cases of persistent non-union of a fracture with accompanying disability.

Frostbite

It is important to realise that this condition can occur at tempera- tures above freezing point when chilling is combined with wetting. Under these circumstances it is usually known as trench foot or immersion foot, but the underlying pathology is the same.

The cause of frostbite is undue chilling by severe degrees of cold, or lesser degrees of cold abetted by damp, wind, circulatory stagna- tion, deficient nutrition or oxygen lack. This latter is specially likely at high altitudes when climbing or flying.

The most important factor in prevention is proper clothing. Several layers are warmer than one thick one, because warmth lies chiefly in the air between the layers. Every effort should be made to keep clothes dry. Clothes and boots wet with sweat or otherwise must be dried at every opportunity. Movement is important to keep the blood circulating.

If feet or hands, nose or ears, become numb no time must be lost. The part must be gently warmed by placing it inside a companion's clothing near the skin. Any rubbing of the affected part is useless and dangerous. Above all excessive warmth must be avoided as it can only do harm by increasing the swelling. The part must be kept at rest, arm in a sling and no walking if the feet are affected.

The affected part should be wrapped in a sterile dressing. This could be wrung out of Hypericum lotion (ten drops of mother tine- ture to the half pint of boiled water) or Hypericum oil used, if available. The dressing should not be disturbed. Internally give Lachesis 30 twice daily for a few days or, if swelling is marked with burning and stinging, give Apis 30 in the same way. The chief needs are for gentle warmth, avoidance of rubbing and movement, and prevention of sepsis. Skilled surgical attention must be sought at the earliest opportunity.