Our aim is to support you with the challenges faced in achieving your goals and to reduce risks associated with:
Alzheimer’s disease is the leading form of dementia found in elderly patients marked by the slow degeneration of person’s cognitive function due to impaired communication between nerve cells in the brain.
Brain injuries are caused by external force or trauma jarring the brain, causing varying degrees of brain dysfunction. This usually happens due to a violent blow to the head or body or an object penetrating the skull. Mild brain injuries may only have a temporary dysfunction of brain cells.
Cerebral palsy occurs when parts of the brain that control muscles are damaged, causing varying degrees of lifelong disability. There is a wide spectrum disability within CP, ranging from mild physical disabilities to more severe cognitive and physical disabilities both.
A kyphotic spine is characterised by a ‘hump’ back in the upper thoracic region and is usually associated with posterior pelvic tilt. It can greatly reduce physiological function and needs to be accommodated in seating. Again, we need to establish if the posture is fixed, partially fixed or correctable.
Cerebral vascular accidents, more commonly known as a stroke, occur in two different ways by different causes. The majority of strokes, – about 80% – are called ischemic strokes and are caused by stopped blood flow to brain, usually due to a blood clot blocking the blood vessel and therefore not enough oxygen getting to the brain.
Huntington’s disease is an inherited genetic disorder causing the degeneration of nerve cells in the brain resulting in involuntary movements and neuromuscular deterioration.
Motor neuron disease is the destruction of nerve cells in the brain and spinal cord that control the ability to use muscles and it typically manifests after forty years of age. Nerve cells that are affected are the upper motor neurons from the brain to the spinal cord and lower motor neurons that enter the muscles further away from the spine.
Multiple sclerosis is an autoimmune disease in which the body’s cells fail to recognize other cells as part of the body and attacks them. In MS, the cells being attacked are called myelin, which are a layer of protein that protects nerve fibres in the spinal cord and helps with the transmission of electrical signals from the brain to the rest of the body.
Muscular dystrophy is a genetic disorder that causes muscle degeneration and weakness, progressing to the point where the individual does not have the strength to stand or sit up without support. Duchenne muscular dystrophy is the most common, effecting boys only as women carry the gene and pass it on to half their male children.
Parkinson’s disease is the destruction of nerve cells and depletion of dopamine, a chemical in the body responsible for smooth normal movements. It can be caused due to a genetic predisposition or environmental factors like exposure to metal poisoning, viral infection or side effects to drugs. People are living longer and so the incidence of Parkinson’s disease has increased as the disease is related to age.
Spina bifida is a congenital defect of the neural tube(i), where the neural tube fails to develop or close properly, resulting in defects of the spinal cord and vertebrae. The severity of the defect depends on the size and location of defect, whether skin covers it and which spinal nerves come out of affected area and can be classified into three categories of Spina bifida. The first two, Spina bifida occulta and Spina bifida meningocele are the mild forms of Spina bifida
Scoliosis can be ‘C’ shaped or ‘S’ shaped and is usually associated with a pelvic obliquity. In assessing a patient with scoliosis we need to establish if the posture is fixed, partially fixed or correctable. Scoliosis can have serious health complications depending on the severity of the posture and can impact on internal organs and cause issues with the patient’s ribcage.