Health concerns are at the very forefront of everyone's thoughts. Good health is something to be cherished and appreciated.
Unfortunately, illness and disease are never far away. Dealing with ill health can be a tiresome and difficult task for the individual as well as their family or friends. That is why the latest medical treatments are of such importance in protecting the most vulnerable in society.
These treatments play a crucial role in helping the patients in dealing with their medical conditions. Arthritis treatments is one such area where medical science has had significant impact on patient care.
As one of the most common ailments on the planet, arthritis is a disease that affects over 100 million people worldwide. It predominantly impacts the elderly but there is no age limit to when its symptoms can strike.
It is a disease which can be devastating for those who have the misfortune of contracting it. Arthritis is a disease that involves damage to the joints of the body. This can vary from very minor discomfort in the joints to almost complete lack of mobility. Arthritis treatments therefore are an important tool in helping sufferers deal with the consequences of the disease. It does this by lessening the impact of the effects of arthritis so that patients can lead as normal a life as possible.
Combating serious medical conditions is an ongoing and challenging assignment. However, it is one that yields results that will ensure lives are saved and changed for the better.
Trials have recently taken place, where tiny globules, made from the sufferer's own cells have been injected into affected joints. The globules of tissue grow into new cartilage.
The process has been used in Italy to repair hip cartilage, and now 200 people with knee problems are trying the revolutionary therapy.
Approximately 7 million British people have long term health problems related to arthritis. In osteo-arthritis the cartilage of a joint is damaged, and is often associated with age, being overweight, sport related injuries, and having a genetic history of the disease.
The problem is that as the cartilage wears away, and the bones are exposed to rub together, the patient has to take pain killers, and eventually surgery will become a probability.
Cartilage cannot repair itself, as many other parts of the body are able to do so, and this new treatment, "Tissue Engineering" may provide the answer. The trials are at an early stage, but it is hoped that in years to come this treatment could have tremendous benefits for the osteo-arthritis patient.
