OMSURGICAL 59dc722e4435101010f38507 False 45 11
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Deformity Correction INR   0 INR  0
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Deformity Correction

Limb reconstruction surgery is the field of trauma and orthopaedic surgery that deals with the management of deformities of upper and lower limbs, reconstruction of limb defects and limb equalization techniques. The aim of limb reconstruction surgery is to achieve maximum function form a deformed limb. A range of modern surgical techniques are used to perform limb reconstruction surgery, including: Conventional plate fixation. Locking plate fixation. Intramedullary Nailing. Circular fine wire external fixators. Bone Transport and limb lengthening. Angular and/or rotational correction. Joint Arthrodesis or reconstruction. The techniques used are customized for each individual case and often involve a combination of above techniques. Common deformities treated include: Non-unions – Fractures that have failed to heal. Mal-unions – Fractures that have healed in the wrong position. Post-traumatic arthritis – arthritis of a joint following a fracture or trauma. Bone loss – Fractures that have lost bone at the time of accident or subsequent surgery. Bone infection (Osteomyelitis) – infected bone commonly associated near a site of previous injury or surgery.

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Rotator Cuff Tear INR   0 INR  0
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Rotator Cuff Tear

The rotator cuff muscles are a group of four muscles that pass from the shoulder blade (scapula) and attach to the top of the ball joint (humerus). These muscles are responsible for rotation and elevation of the arm.FROZEN SHOULDER Rotator cuff tears are very common, especially as we all get older. They frequently cause pain over the upper arm that is made worse by overhead activities, reaching behind your back and lifting. They often ache at night and people find that they are unable to lie on the injured shoulder. They also cause weakness. Rotator cuff tears most frequently occur with general wear and tear, and most people usually don’t remember injuring their shoulder. These “degenerative tears”, if not associated with arm weakness, may be successfully treated without surgery. This involves avoiding overhead activities, regular simple pain relief and gentle physiotherapy. Anti-inflammatory steroid injections can be very helpful in these situations to help manage pain and discomfort. When symptoms fail to improve despite these measures, surgical repair of the tear is indicated. The less common group of rotator cuff tears occur following an injury, and are called “traumatic tears”. People usually remember the exact incident, and often have significant weakness after the injury. Early surgical repair is often indicated. SUMMARY OF TREATMENT OPTIONS Simple pain relief e.g. regular paracetamol, ibuprofen. Physiotherapy: to maintain range of movement and strength. Anti-inflammatory steroid injections: to assist with pain relief. Note that excessive use of cortisone may cause more harm than good. Surgical repair is indicated in 2 circumstances: Following an injury (Acute tear). Degenerative tears that continue to be painful despite regular analgesia, physiotherapy and steroid injections. Injection PRP for partial tears.ROTATOR CUFF REPAIR As a rule of thumb, rotator cuff tears will not heal on their own, and can only do so if a surgical repair is performed. A repair involves re-attaching the torn tendon to bone (humerus) using sutures and anchors. This operation is usually done under general anaesthesia, and may be performed as an open technique or arthroscopically (keyhole surgery). Arthroscopic repair is more technically demanding than open surgery, but this method has advantages including less pain, smaller wounds and lower risk of post-operative infection. Not all tears can be repaired. Risks of surgery include infection, stiffness, ongoing pain and weakness, re-tear of the tendon repair, and very rarely, nerve injury. The risk of the repair tearing again is much greater with large tears and with increasing age (over 70 years of age). Even if the repair does tear again, most people experience an improvement in their pain. The risk of ongoing pain at 12 months following the surgery is approximately 10 to 15%. Antibiotics are given at the time of surgery to minimize the risk of infection. Despite this, infection of the wounds can occur. This is usually easily treated with antibiotics. However, sometimes the infection gets into the joint which is a serious complication and requires re-admission to hospital, additional surgery and intravenous antibiotics. Most patients experience improved shoulder strength and less pain following rotator cuff repair, and each technique has similar medium to long-term results. Factors that decrease the likelihood of a satisfactory result include: Large / massive tears. Patient age (older than 65 years). Poor compliance with restrictions and rehabilitation following surgery. Smoking. Poor tissue quality. Workers compensation claims. Recovery following surgery usually involves staying one night in hospital, and being in a sling for 6 weeks. Most people can drive a car after 6 to 8 weeks. Rehabilitation guidelines to share with your physiotherapist are provided following the surgery, and vary according to the type and size of tear that is repaired. Recovery may take 6 to 12 months, depending on the severity of the tear.

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Shoulder Dislocation and Instability INR   0 INR  0
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Shoulder Dislocation and Instability

The shoulder is a shallow ball and socket joint. This allows fantastic range of movement, but also makes it an inherently unstable joint. The socket is made deeper by a rim of fibrocartilage (labrum). Additional stability is provided by thickenings of the joint capsule (ligaments) and the rotator cuff muscles. Shoulder stability relies upon these ligaments remaining intact and the muscles being strong.A shoulder dislocation occurs when the ball (humerus) comes out of the socket (glenoid). This may be partial (subluxation) or full (dislocation). After the first episode, it is likely that the labrum and ligaments will be torn, putting the shoulder at high risk of recurrent episodes of instability. This is especially true for patients under the age of 30 years.Recurrent shoulder instability following a traumatic shoulder dislocation can be effectively treated by repairing the torn labrum and ligaments. This is most commonly done using keyhole (arthroscopic) surgery and, when using modern techniques, is associated with a high rate of success. The labrum is reattached to the edge of the socket and the ligaments are tightened. This is done using suture anchors inserted into the edge of the socket (glenoid).Recovery following surgery usually involves staying one night in hospital, and being in a sling for 6 weeks. Most people can drive a car after 6 to 8 weeks. Rehabilitation guidelines to share with your physiotherapist are provided following the surgery. Return sport is usually possible at 6 months. Risks of surgery include infection, stiffness, ongoing pain and instability, re-tear of the labral repair, and very rarely, nerve injury. Antibiotics are given at the time of surgery to minimize the risk of infection. Despite this, infection of the wounds can occur. This is usually easily treated with antibiotics. However, sometimes the infection gets into the joint, which is a serious complication and requires re-admission to hospital, additional surgery and intravenous antibiotics. Atraumatic shoulder instability occurs less commonly. This is where the shoulder dislocates with minimal effort and these patients are often described as “loose jointed”. Unlike traumatic shoulder instability, there usually isn’t a labral tear and most patients are treated with physiotherapy.

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Knee Arthroscopy. INR   0 INR  0
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Knee Arthroscopy.

The knee joint is a frequent source of problems requiring the attention of an orthopaedic surgeon. The joint is primarily formed by the two large bones of the lower limb, the femur (thigh bone) and the tibia (shin bone). The patella (kneecap) articulates with the femur at the front of the knee. The fibula joins with the tibia on the lateral (outside) side of the knee. Together, the femur, tibia and patella make three compartments (medial, lateral and patellofemoral). Each of the bones has a bearing surface of articular or hyaline cartilage. In addition there is a meniscus in each of the medial and lateral compartments. The menisci are like cushions or spacers and are made of fibrocartilage. They often simply referred to as the cartilages. The direction of movement of the bones is controlled by the ligaments and the muscles make the joint move. The major ligaments are the anterior and posterior cruciate ligaments and the medial and lateral collateral ligaments. In addition, the collateral ligaments have important associated ligaments towards the back of the knee. The major muscle groups are the quadriceps at the front of the thigh and the hamstring muscles at the back. Muscles attach to bones via tendons. The main tendons around the knee are the quadriceps and patellar tendons which attach to the top and bottom of the patella respectively. The iliotibial band is like a tendon on the lateral side of the knee. There is a wide range of pathology and problems in the knee. The menisci can be torn as a result of an injury, although most meniscal tears are the result of a degenerative process and a specific injury may not be recalled. Not all meniscal tears require treatment, but if they do, this is usually done by arthroscopy. The tear can either be resected (cut out) or repaired. The articular cartilage can wear away. This is called osteoarthritis. Treatment depends on the severity of the disease and can range from quadriceps strengthening exercises to a realignment procedure called an osteotomy or to joint replacement. Isolated injuries may also occur causing local defects for which there may be specific treatment to try to restore the surface. Osteochondritis dissecans is a condition that involves an area of articular cartilage and the underlying bone and usually occurs in teenagers. The appropriate treatment depends on many factors. The bone underlying the articular cartilage may occasionally be affected by a condition called avascular necrosis in which the blood supply to an area of bone becomes disrupted. It may recover spontaneously or deteriorate to the point that intervention such as joint replacement may need to be considered. The cause of avascular necrosis is poorly understood. Ligaments can be torn. Medial collateral ligament injuries usually heal without surgery but may require bracing. Anterior cruciate ligament injuries are often treated by reconstruction, but there are also situations in which they do not need surgical intervention. Posterior cruciate ligament injuries are not usually treated with reconstruction unless they are combined with other injuries or have been causing instability. Lateral ligament injuries are often associated with other injuries and may require surgery. The patellofemoral joint is a frequent source of problems. There can be the same articular cartilage problems as in other parts of the knee. In addition there can be problems with instability of the patella as well as maltracking of the patella in its groove in the femur. Physiotherapy is often the first line treatment for many of these problems, but surgery may be required for recurrent dislocation of the patella. There are a variety of stabilization procedures that can be used depending on the specific problems of an individual.Tendons can be torn and usually require repair. However the more common problem is tendinopathy that results in local pain and which is usually treated without surgery, although surgical intervention may occasionally be required for symptoms that fail to resolve. The iliotibial band can impinge on the lateral aspect of the femur causing pain with running. It can usually be managed without surgery but surgical release is sometimes performed in chronic situations.

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Fractures INR   0 INR  0
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Fractures

DEFINITION Oxford Dictionary Definition – the cracking or breaking of a hard object or material. A bone is fractured when there is a break in the continuity of the bone cortex. Similar terms used to describe a fracture include broken, crack, greenstick or buckle; all are used to refer to the same thing – a broken bone. The break is often described by its location (i.e. bone) and its direction (horizontal, oblique, transverse). HOW IT HAPPENS Fractures can happen in a variety of ways. Most fractures are due to trauma, while others are due to pathological conditions or overuse. Trauma can vary from high-energy injuries such as motor vehicle accidents to low energy injuries such as simple falls. TYPES OF FRACTURE Open or compound fracture – the skin overlying the fracture is also broken. Comminuted fracture – the bone is broken into multiple pieces. Avulsion fracture – a muscle or ligament pulls the bone away, fracturing it. Fracture Dislocation – when a fractured bone is associated with a dislocation of a joint. Pathological fracture – a fracture through bone weakened by an underlying condition – e.g. cancer, osteoporosis. Stress fracture – a fracture due to overuse repetitive stresses and strains. INVESTIGATION AND TREATMENT The human body heals fractures by forming a blood clot that calcifies, connecting the broken pieces of bone. For a good recovery, the bones must be held in the correct position and protected while healing occurs. This may be simply by a plaster, or if the fracture is displaced, surgery may be needed to put the bone back into the correct position for adequate healing to occur. Fractures that do not heal are called non-unions. Fractures that heal in the wrong position are called mal-unions. Non-unions and mal-unions may require further surgery to be corrected (see limb reconstruction).

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Total Hip Replacement INR   0 INR  0
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Total Hip Replacement

The operation of a total hip replacement is a well established, long lasting procedure for relieving the pain involved with hip arthritis. This type of surgery has been used effectively now for over 40 years and remains the treatment of choice to achieve an excellent quality of life for sufferers of hip arthritis.THE PROCEDURE ANAESTHETIC The type of anaesthetic that is used for the procedure will vary according to each patient’s co-existent medical conditions and also your wishes. Our group of anaesthetists are all competent in both general and regional (spinal) anaesthetics and will discuss with you prior to the procedure the benefits and risks of each technique. SURGERY Through an incision approximately 12-15cm long centred over the side of the hip and curving gently towards the buttock, the hip joint can be entered with minimal trauma to the surrounding muscles. The hip is dislocated and the femur bone is cut through its neck to expose both the pelvic and leg sides of the joint. Depending upon the quality of the bone and the age of the patient either a cemented or cementless component is fixed to the pelvis and similarly to the femur. The ball and socket mechanism of the joint is then reconstructed with either a metal on plastic (polyethylene) articulation or ceramic on ceramic articulation. Computer navigation may be used to ensure that the leg length obtained is correct and the orientation of the components is optimal to provide for maximum range of motion of the new hip. Following the surgery you will be able to mobilize fully weight bearing on the hip the day after the procedure. You will be aided by the physiotherapist and nursing staff and taught how to safely use a frame initially and then graduate onto crutches. Your hospital stay will be between 5-7 days and depending upon your home supports and progress. Most people will be able to dispense with their crutches approximately 4-6 weeks following the surgery. During this time period you should sleep flat on your back, not cross your legs and use a seat raise for the toilet. These precautions will be emphasised by the physiotherapist during your hospital stay.All our patients are routinely put on home based physiotherapy post discharge. AFTER DISCHARGE Driving the car is not allowed for 6 weeks following the surgery and car travel as a passenger should be minimised during this period. These restrictions minimise the chance of the hip dislocating whilst the muscles and soft tissues around your hip heal. At 6 weeks following the procedure you will be reviewed by your surgeon. Most patients are then given the all clear to return to recreational walking, swimming, cycling, golf, tennis, bowls, gymnasium workouts and other recreational pursuits as desired. It is not advised that you undertake running or jumping activities following a hip replacement. FREQUENTLY ASKED QUESTIONS What are the risks involved with the procedure? There are general risks associated with any surgery, these are those of the anaesthetic (please speak to your anaesthetist prior to the operation), bleeding, blood clots (deep vein thrombosis (DVT) and pulmonary embolization (PE)), infection and vascular injury. Specific to the surgery are the risks of dislocation of the hip prosthesis, leg length inequality, fracture of the pelvis or femur, wear and loosening of the implants, audible ‘squeaking’ of the articulating components (ceramics), nerve injury. When can I return to work? Most people should be able to return to work at 6 weeks post-surgery. This may be extended if you perform a job involving heavy manual labour. When can I resume sexual activity? Sexual intercourse can safely be undertaken 6 weeks following the surgery. How long do I need to keep taking pain-killing medicine for? When you leave the hospital you will be given tablet analgesia for pain. You should take this for as long as you have pain when walking or at night. Most people are able to cease analgesics by 4 weeks following the surgery. Do I need to do physiotherapy when I go home? You will be given a sheet of exercises from the physiotherapist when you leave the hospital. You should do these exercises as instructed. You do not need to visit a physiotherapist once discharged.

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