Physiotherapists in Hamilton

Physiotherapy in Hamilton

Hamilton physiotherapists treat a variety of issues including upper back pain and also lumbar stenosis among many others.

Finding a physiotherapist in Hamilton is easy with the Physiotherapy Site. The Physiotherapy Site confirms the Health Professions Council registration details of all physiotherapists listed on the site. The practitioners are, in almost all cases, also members of the Chartered Society of Physiotherapy which is a professional member organization with its own high standards. The physiotherapists have a minimum of 5 years experience, although most have in excess of 10 years post-qualification experience. Our helpful team will advise clinic opening hours and arrange an appointment with you at a convenient time with a local clinic.

Physiotherapists in Hamilton treat many different issues including the condition profiled below.

Bone Metabolism

Bone, like muscle, is an adaptive tissue and bony mass and its structure changes to resist the forces which are applied to it in activity. Changes in the bone require that a large number of cells which are quite far apart join in to perform a particular activity and they do this by chemical messengers but also by long outgrowths from their cells connecting with others. How fast bones can strengthen or become weaker is not clear, although experiments have shown that a bone can increase its mineral content by 40% in six weeks if it is frequently loaded. A loss of 10-15% of bone mass can be expected if a bone is kept unloaded for eight weeks.

Cortical bone may be 35% greater in mass in the playing arm of a professional male tennis player and bone can react even more strongly as its density is very high in expert weight lifters. Sclerosis, an increase in density of vertebrae adjacent to discs which are suffering degeneration, is less beneficial a process and may impede nutritional transport through the bone. Osteophytes, bony outgrowths, may be an attempt to stabilise a joint but can also get in the way and cause nerve impingement.