Why Physiotherapy?

We see many young aspiring athletes and dance performers between the ages of 11 to 16 with this condition. Children are particularly prone during their teenage years of growth as their bone tissue is still developing. Cause It’s caused by an overload or over use on the quadriceps (muscles at the front of the upper thigh) that function to flex the hip and extend the knee. The condition is also enhanced by the fact that young bones are still in growth, with the bone growing faster than muscle, thus the muscle becomes tight creating a pull on the tibial tuberosity (a protruding piece of bone) at the upper part of the tibia (shin bone). Pathology The condition manifests at the insertion of the patella tendon (the distal tendon part of the quadriceps) that inserts into the tuberosity in the upper tibia. Creating an inflammatory reaction in the patella tendon insertion (tenoperiostitis), the periosteum (bones skin) and tibial tuberosity itself. The patient often displaying symptoms of patella tendinitis at the same time. Anatomy and Physiology The make-up of this muscle / bone connection or attachment of a muscle to a bone involves a gradual transition from the elastic muscle to tendon to cartilage to bone. This gives the reasoning why these injuries take so long to heal as the bone / tendon junctions are poorly supplied with blood because the fibrocartilage creates a barrier, making the injury often chronic. Factors It can be attributed to the patient participating in too much sporting activity, increased demand over muscle and insertion capability, not reducing or stopping sport when initial symptoms occur, not having enough rest periods between activities. As the constant strain takes place on the muscle and its insertion, it results in micro muscle fibre ruptures and minor bleeding causing traction, irritation, and inflammation of the soft tissue. Common signs symptoms Local pain around and on the tibial tuberosity, especially on touch. Local swelling and a distinctive prominence around tibial tuberosity. It may affect both knees. The pain is frequently made worse by high impact and deceleration activities such as running, jumping, and cutting, quadricep stretching and contraction. Kicking and squats also play a major part in irritating the tissue. Stages of Injury The degree of injury is evident when the young performer experiences constant pain. In severe cases they cannot run or compete in sport, training session or activities without localised discomfort or pain. There’s pain on resisted quadriceps contraction or full quadriceps stretching. The patient is usually left with a painless growth of bone at the tibial tuberosity once healed that lasts for life. In mild cases, there’s local tenderness, or soreness after activity which quickly disappears. There are some key aspects in the identification and diagnosis along with treatment management, but the secret is to have it diagnosed and treated early.

Multiple sclerosis is one of the commonest central nervous system diseases. In the UK alone there are around 100,000 people recorded as having the condition, mostly diagnosed between the ages 20 and 40. It's well reported that in the Dales in County Durham there is a higher percentage than many other locations in the UK. The condition is caused by damage to the myelin sheath, a fatty material that insulates nerves. Imagine it being like the protective covering around the wires of an electric cable. The myelin protects the nerve and helps it transmit and receive its information. With the loss of myelin (demyelination) its accompanied by a disruption in the ability of the nerves to conduct electrical impulses to and from the brain, producing the varying symptoms we know as MS. The sites where myelin is lost are called plaques or lesions and appear as hardened scar areas. These scars appear at different times and in different areas of the brain and spinal cord. The term multiple sclerosis meaning ‘many scars’. The symptoms vary widely and may include weak limbs, tingling, blurred vision, unsteadiness and fatigue, immobility and spasticity in limbs. For some its characterised by periods of relapse and remission while, for others, it has a progressive pattern. But for everyone with MS, it makes life very unpredictable. Over many years I've studied and worked with MS patients, the range of its effect varying considerably from individual to individual. On speaking to many diagnosed with the condition, a considerable amount feel once diagnosed little is done to help when they return home. There is life after MS and many things that can be done. Having ran a successful MS group I would like to suggest the following. • Become more educated on your condition, what it is, what causes it, how it can be helped by "yourself" and others. • Don't deal with it alone, it can be an isolating, lonely disease. Make an effort to get out and meet others in a similar situation. You may find they have information that can help your condition and your quality of life. • I understand how heavy that set of armour can be somedays, but find anchors to help you motivate yourself. • Make sure your treated and given rehabilitation by or under the guidance of a professionally qualified person with a specialism in this condition. • Have a specialist devise you a home exercise program, that can be administered by yourself or others. Sometimes the up evil of travelling to and from hospitals with long spaces in between can cause more problems. • For the carers, you to struggle with the impact MS. Make time to look after yourself, so you can be strong enough to deal with the person your caring for. Ideas to try • Light massage: Reduces stiffness and oedema, increases flexibility and mobility. It can also alleviate fatigue and pain, whilst improving mood. • Active and passive range of movement to all joints: This helps to work the joints and keep them healthy, reducing stiffness and spasticity. • Active and passive muscle stretching: This helps to prevent and control muscle contracture and spasm, which limits the effectiveness and muscle function. • Seated and standing strengthening of muscles around joints: This will improve your posture, help you to do more, gain better balance and improve your confidence when out and about or around the home. • Manually dexterity exercise: Can help you with picking up a cup or writing. • Temperature: MS is sensitive to temperature, especially heat. • Breathing exercises: So important, If you think everything that happens in our lives physically and emotionally effect out breathing, so breath work can effect your emotion and physical activity. • Relaxation and meditation: With all trauma there comes anxiety, tension and stress which may lead to depression. Relaxation with meditation not only helps with the above, it will help to calm and control your condition along with breathing techniques. • Consider alternative medicines and alternative therapies through discussion with our GP. • Standing and walking to improve your bone strength. • Nutrition: Intake of the correct food and fluids to help your condition and immune system. • Incontinence and pelvic floor problems can become problem: By doing muscle training exercise you can control this. • Isolation, loneliness: keep in touch with friends, family and join groups. Physiotherapy can help to assess physical difficulties, improve movement, teach you exercises to maintain independence. Working holistically as part of a multidisciplinary team, whether your a GP, physiotherapist, counsellor, nurse, speech therapist, masseuse, complimentary therapist, dietician etc.... helping the MS patient and their carer receive the best support they can.

In the UK alone Osteoporosis affects over 3 million people. With more than half a million people each year receiving treatment for fractures as a direct result of the condition. There's not a week goes by in my clinic where I don't see someone who suffers with some form of Osteoporosis, this week alone I had two patients with vertebrae collapses in the spine caused by it. Lowering of our bone density is a normal part of ageing, however the condition makes bone loss take place much faster, creating a weakness to our bones, with the bones becoming susceptible to fracture. In most cases it develops slowly over several years, often being identified after a fracture has been found. When a women goes through Menapause her hormones change, due to this her oestrogen levels fall, therefore increasing the risk of Osteoporosis making women more at risk than men, particularly if the menopause begins early or their ovaries have been removed. However it does affect men, younger women and children. The word broken down Osteo (bone) porosis (porus) meaning the bones density becoming less compact. Homeostasis is our bodies internal mechanism working in balance, constantly connecting and communicating its systems with each other, always constantly changing. Part of this physiological process takes place in our skeletal system where Osteoblasts (bone builders) work in synergy with Osteoclasts (bone clearers) constantly restructuring and creating new bone, until something occurs to disturb the balance and our bone builders reduce. Think of the scenario whereby you put food on a plate for someone to eat, through their craving they eat all the food.. everyones happy and this process continues. Then you stop providing the food, but the person still wants the same amount and starts to eat into the plate itself.. You may have heard the word Osteopenia, this is the stage of bone loss before osteoporosis. There are many other factors that can increase the risk of developing osteoporosis, these include; • Heavy or constant drinking of alcohol and smoking • Not exercising regularly • Family history, particularly a hip fracture in a parent • Long-term use of certain medicines that can affect bone strength or hormone levels, such as anti-oestrogen tablets that many women take after breast cancer. • Taking high-dose steroid tablets for more than 3 months • Other medical conditions – such as inflammatory conditions, hormone-related conditions, or malabsorption problems • Having or having had an eating disorder such as anorexia or bulimia • Having a low body mass index (BMI) If you're worried visit your GP and if they suspect Osteoporosis or Osteopenia they can work out your future risk of breaking a bone using an online programme, such as FRAX or Q-Fracture. They might also send you for a bone density scan (DEXA scan) to measure your bone strength. Its calculated as a standard deviation (SD) and is called a T score. • A T score of -1.0 or obove is normal bone density. • A T score between -1.0 and -2.5 shows low bone density, and is defined as osteopenia. • A T score of -2.5 or below shows bone loss and is defined as osteoporosis. As a treatment your doctor can prescribe bone strengthening treatment and medications, this will depend on your bone density results. Treatment for osteoporosis is based around what i call the 4 P's precautions - prevent - preserve - promote: Where possible you can take precautions through life style choices to lower the risk of the condition taking place. When your diagnosed you can create a treatment plan to live a life that prevents your condition deteriorating and preserves the bone condition you have, to promote bone stability and strength by adjusting what happens to your bodies internal environment and reducing risk from factors of your external environment. Whilst treating and preventing broken bones, and taking medicine to strengthen your bones, through the NHS and your GP. If you're at risk of developing Osteoporosis, or you've been diagnosed, you can take steps to help keep your bones healthy such as; • Making lifestyle changes – such as giving up smoking and reducing your alcohol consumption • Healthy eating, including foods rich in calcium and vitamin D • Taking a daily supplement containing vitamin D and C. • Taking regular exercise little and often, to keep your bones as strong as possible • Avoid high impact activity, and focus on regular low impact and weight bearing activity. • Strengthening your muscles at the major joints. • Educate yourself and read more about prevention and treatment • Speak to your GP • Contact professional organisation such as the NHS and the Royal Osteoporosis Society. • You may find it helpful to talk to a trained counsellor. Physiotherapy can play a major part in giving advice, treatment and rehabilitation for the condition and I would recommend both sufferers and medical practitioners to look up Wolff's Law related to Osteoporosis, I use the theory when treating the condition and it works very effectively. To read more about prevention, treatment, Wolff's Law, physiotherapy rehabilitation exercises and classes, visit my website or our Facebook page. Like all other articles i will be writing in the Gazette you'll find a more detailed account of the conditions I cover there. For anyone who would like to send questions into the paper on this subject, please feel free. For more information or further advice, guidance or treatment related to this topic please contact Gordon on: Tel: 07985 610434 / 07368 220733 Website: www.info-physio.com Facebook info physio / Gordon Ellis Email: physio-gellis@hotmail.com