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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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Hip Arthritis INR   0 INR  0
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Hip Arthritis

Arthritis of the hip joint is a common condition. It usually affects middle age and older people resulting in over 40,000 hip replacements being performed in Australia per year to relieve sufferers of their pain. It comes about when the cartilage which overlies the femur (leg) bone or lines the acetabulum (pelvic) bone wears out and exposes “bone on bone” articulation resulting in pain, stiffness and disability. Many forms of arthritis have been described. Osteoarthritis is the most common form characterized by the break-down of the joint’s cartilage. The exact cause of osteoarthritis is unknown but it may occur in families (genetic predisposition), post injury or as a result of infection in the joint.The next most common form of arthritis is known as rheumatoid arthritis. This is a chronic inflammatory disease of the joint and soft tissues often resulting in the rapid onset of pain, swelling and stiffness with marked joint destruction. Rheumatoid arthritis is more common in women, and is caused by the body’s own immune system attacking the joints, often affecting the small joints of the body first i.e. those of the hands and fingers before involving the larger lower limb joints. Other forms of arthritis are less common and broadly categorized into the term “inflammatory arthritis” including such conditions as ankylosing spondylitis, systemic lupus erythematosus (SLE), gout and juvenile arthritis. Arthritis of the hip joint often has an insidious onset characterized by groin, lateral thigh or less commonly buttock pain which may radiate down the leg to the knee and beyond. The pain is worse with activity, limits walking distance and often will cause disturbance of sleep. Early morning stiffness is a common symptom and increases as the disease progresses, often resulting in the inability to reach down to put on ones socks and shoes. The diagnosis of arthritis is usually made on the basis of the symptom pattern, stiffness and irritability of the joint along with X-ray changes.The early management of arthritis involves non-surgical modalities. These include a modification of activities to avoid the aggravating factors e.g. cessation of running / jumping pursuits and substituting those with more suitable activities e.g. walking, cycling or swimming. Weight optimization and the cessation of smoking will increase the lifespan of the remaining cartilage as can dietary supplementation with glucosamines and fish oils. Simple analgesia in the form of paracetamol combined with anti-inflammatory medication is first line pain control. Physiotherapy and hydrotherapy are used to strengthen the muscles surrounding the joint and walking aids in the form of a stick or frame can make ambulation safer and less painful. A walking stick should be held in the opposite hand to the hip that is affected. When these first line measures for managing the pain from your arthritic hip fail to provide effective relief then it may be time to consider hip replacement surgery.

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Arthroscopic ACL Reconstruction. INR   0 INR  0
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Arthroscopic ACL Reconstruction.

The term knee reconstruction is commonly used to refer to reconstruction of the anterior cruciate ligament (ACL).This ligament is in the middle of the knee and controls the movement of the two main bones of the knee, the tibia and femur (Fig.1). It is particularly important for twisting and turning movements that occur in football, netball, basketball and snow skiing. Rupture (tearing) of the ACL can therefore lead to instability. This is felt as giving way with certain activities, usually those that involve a sudden change in direction. When giving way occurs, there is a risk of damage to the cartilages (menisci) and this in turn puts the knee at risk of developing premature osteoarthritis. Although it is an aim of reconstructive surgery, it is unclear whether anterior cruciate ligament reconstruction actually reduces the risk of developing osteoarthritis. The main reason for reconstructing the ACL is to stop or to prevent instability. In many situations this instability can be predicted soon after the injury occurs and a decision made to operate without waiting for the instability to develop. However, in other cases it may be less clear and people may choose to rehabilitate their knee and try to return to their normal activities without surgery. Whether they can get back to their normal activities without surgery depends on many factors – how much healing of the torn ACL takes place, other injuries to the knee, the intrinsic stability of the knee, rehabilitation, and the individual’s ability to modify their activities. It is important to remember that ACL reconstruction is almost always an elective procedure. From a medical point of view, there is no rush to make a decision, provided the knee is not giving way.If ACL reconstruction is to be performed, it is essential to prepare the knee for surgery. The key is to get back full extension (straightening) of the knee. Although it may feel that there is something in the front of the knee that is blocking full extension, this is rarely the case, particularly after the initial injury. A key component is to reduce swelling by regular icing and wearing a compression bandage or sleeve. Having the heel supported on a rolled towel and using the quadriceps muscle at the front of the thigh to lock the knee out straight is the key exercise (Fig.2). Flexion (bending) is also important and riding an exercise bike will help this, together with strengthening the quadriceps muscle. SURGERY The technique for reconstruction involves taking a piece of tendon (usually from the same knee, but sometimes from the other knee) and using this to replace the torn ligament (Fig.3). The tendon graft is usually taken from the hamstrings on the inside of the thigh or from the patellar tendon at the front of the knee. It can also be taken from the quadriceps tendon, just above the patella (kneecap). Occasionally allografts are used. These are tendon grafts taken from cadavers (people who have died). In recent years there has been increased interest and media coverage of synthetic grafts, specifically the LARS device. The role of the LARS remains unclear, but there are concerns because of problems seen when synthetic ligaments were used in the late eighties.From your point of view, there is a vertical or oblique scar on the front of the knee together with two small scars from stab incisions that allow the arthroscope and surgical instruments to be introduced into the knee. If additional surgery is required to repair a cartilage, a further incision may be made towards the back of the knee on either the outside or inside. A small area of the skin on the outside (lateral side) of the knee is usually numb after surgery. Sometimes there is numbness on the shin. Although the numbness can be permanent, the area of numbness usually gets smaller with time and does not usually cause any problems. Surgery is usually performed under a spinal anaesthetic. At the end of the operation the area affected by the surgery is infiltrated with local anaesthetic. Sometimes an epidural block or a femoral nerve block is also used. If this is the case you will notice numbness and tingling in your legs when you wake up. This gradually wears off over 8 hours or so. After leaving the recovery area pain control can usually be achieved with tablets alone. Anti-inflammatory medication is often used to help with pain control, so it is important that you tell your anaesthetist if you have ever had a history of stomach ulcers or bleeding, as this medication may not be appropriate in that situation. You will be awake within 20 minutes of the operation and should be able to eat and drink after approximately 2 to 3 hours. On return to the ward after the operation, an inflatable cuff (Cryo-Cuff) is placed around the knee. This is filled with iced water to help control swelling. Patients find this very comfortable. Depending on your surgeon’s preference, you may have 1 or 2 drains placed in the knee joint so that unwanted blood does not accumulate and inhibit recovery. These drain tubes are usually removed the day after surgery. A physiotherapist will teach you exercises to get the knee out straight (extension) and regain function in the quadriceps muscle at the front of the thigh as well as make sure that you are confident walking with the aid of crutches. A brace or splint is usually required. You will usually go home on the morning after surgery. Following surgery you will be provided with information regarding rehabilitation. This outlines the rate of progression. Rehabilitation can be undertaken either independently or under the supervision of a physiotherapist.It is very important to rest during the first week after surgery in particular. This means spending most of the time on a bed or couch with the leg elevated and regular icing of the knee. The main aim during this phase is to restore full extension of the knee. The time off work that is required will vary according to your job. If it is mainly deskwork, then patients may be able to work within 2 weeks. If heavy manual work is involved, it may be 2 to 3 months before one can consider return to work. In general, crutches are required for up to 2 weeks. In terms of returning to sport most patients are able to recommence some of their activities by 4 months. By 6 months the majority of patients are able to gradually resume training for their original sports with a view to returning to play from 9 or 10 months. However, improvement continues for another 6 to 12 months after that. COMPLICATIONS While most patients are happy with the outcome of their surgery, there are nonetheless some risks, which need to be borne in mind. ANAESTHETICS Always involve some kind of risk, but these are statistically minimal. INFECTION Antibiotics are given at the time of surgery to reduce the risk of infection. Despite this infection of the wound can occur. This is usually easily treated with antibiotics. However, sometimes the infection gets into the joint. This is a serious complication and requires admission to hospital, additional surgery and intravenous antibiotics. VENOUS THROMBOSIS A thrombosis is a blood clot that may form in the veins in the legs. This can cause persistent swelling of the foot and ankle and can also be dislodged and be carried to the lungs (pulmonary embolus), resulting in chest pain and breathing difficulties. However, the risk of thrombosis is statistically very low.DONOR SITE If you have a hamstring graft it is very common to experience the sensation of tearing something at the back of the knee around 3 to 8 weeks after surgery. This is just stretching of the scar tissue being laid down in the tendon harvest site. Although it may be associated with some pain and bruising, this usually settles over a few days and do not affect the long-term outcome. If you have a patellar tendon graft there can be pain at the lower end of the patella. This can occur as late as 9 to 10 months after surgery but usually settles with time. HARDWARE Occasionally one of the devices used to hold the graft in place while it heals to bone may become prominent some months after surgery. If problematic, the hardware can be removed without risk to the graft. OTHER Persisting problems can occur as a result of poor compliance with rehabilitation, failure of the graft, or significant additional damage to the knee from the original injury such as torn ligaments or cartilages or osteoarthritis.

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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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