Contact Form


How well do you rate the NHS medical service?:

Legal News

New superbug threatens patients in UK hospitals Read More


Gynaecologist receives reprimand Read More


Boy wins £3 million compensation for brain injury Read More


Health Service is complacent about the needs of the mentally ill. Read More


40,000 medication and prescription blunders every year Read More

Blogs

More exercise could reduce risk of cancer

A new study has been published showing that just half an hour’s moderate exercise every day could lessen the risk of a person being affected by breast and bowel cancer.

The World Cancer Research Fund says that there is growing evidence that people who try and keep fit are at a lower risk of developing cancer as they get older. The fund argues that as many as 4,600 cases of bowel cancer and 5,500 of breast cancer could be avoided if people were to take a little exercise.

Now the fund has organised Walking Together, a campaign which aims to get the public taking regular exercise with family and friends.

Dr Rachel Thompson, Deputy Head of Science at the fund said: “There is now very strong evidence that being physically active is important for cancer prevention. Even relatively modest increases in activity levels could prevent thousands of cancer cases in the UK every year.”

http://www.dailyexpress.co.uk/posts/view/196589/Just-a-little-exercise-stops-10-000-cancer-cases-a-year

Hope for skin cancer patients

Scientists in the United States are giving hope to skin cancer sufferers with news of a drug that may extend their life.

Trials at the Massachusetts General Hospital showed that the tumours of 80% of patients with malignant melanoma were reduced in size and in some cases disappeared altogether. The drug is aimed at patients with a specific mutation in the BRAF gene; the researchers say that in many cases the cancer will return but that the trials suggest that using the drug may allow the patient extra time to be with their loved ones.

Keith Flaherty, one of the scientists at Massachusetts, said: “Metastic melanoma has a devastating prognosis and is one of the top causes of cancer death in young patients. Until now, available therapies were few and unreliable.”

http://www.guardian.co.uk/world/2010/aug/25/skin-cancer-drug-trials-patients

Testicular cancer breakthrough

Scientists are claiming a breakthrough in the possible treatment of testicular cancer after studying development of the cells which can cause the disease.

The new study, published in the Human Reproduction journal, examined how human testes developed in baby boys before they were born and uses human tissue grafted into mice to study the development of the cells. Scientists already knew that testicular cancer developed from the abnormal development of germ cells in foetuses but until now didn’t know how or why this happened. The new study should allow experts to determine what factors interfere with normal germ cell development and allow the cancer to develop.

Professor Richard Sharpe from Edinburgh, who is supervising the study, said that there was now overwhelming evidence that growth and development in the womb played a vital role in determining the likelihood of disease in later life.

Though still relatively rare testicular germ cell cancer is the most common form of cancer in men aged 15 to 44.

http://www.yorkshireeveningpost.co.uk/news/Scientists-hail-testicular-cancer-breakthrough.6454287.jp

Tissue therapies on the high street

The views of a leading scientist are that stem cell ‘pharmacies’ could be commonplace on the UK’s high streets in about 20 years.

Professor David Warburton, a leading authority on stem cells and regenerative medicine, who is based in Los Angeles, told a special conference in the UK that he expected the next two decades to bring personalised treatment for damaged body parts and organs and that stem cells banks will eventually be as widespread as regular chemists are today.

Stem cells are able to be grown in laboratories and used to make replacement tissue while those taken from early stage embryos are able to become virtually any kind of tissue in the human body. Professor Warburton has led research into the use of stem cells extracted from the amniotic fluid that surrounds a baby in the womb. His laboratory is looking into possibly using stem cells to reconstruct lungs and is hoping eventually to include experimental stem cell treatments for blood diseases and spinal cord injuries.

http://www.dailymail.co.uk/sciencetech/article-1293990/Stem-cell-pharmacies-High-Street-just-20-years.html

Bursting bubbles to aid cancer treatment

Scientists in Yorkshire are hoping to develop a new treatment for cancer involving bursting bubbles with sound waves.

Experts from Leeds University are looking into the new approach which involves delivering chemotherapy drugs directly to the site of a tumour by using ultrasound to burst bubbles containing drugs.

Small gas-filled bubbles are already being used in medicines to provide a clearer image on ultrasound scanners and they reflect a stronger signal than surrounding tissue when injected into the bloodstream. However some ultrasound signals burst the bubbles and this is the element which the scientists hope to develop further.

Existing chemotherapy drugs will be used initially but it is hoped that the approach could be adapted for new therapies to treat colorectal cancer and improve the standard of care provided.

Tentative hopes for autism breakthrough

The blog post this week looks at the link between autism and DNA and news of new developments regarding research into the condition.

Scientists claim that they have discovered a link between the two which emerged through analysing the genomes of almost 1,000 autistic people and comparing their DNA against that of over 1,200 unaffected people. The results showed up significant differences between the DNA of the two groups and the scientists believe this could explain why autism has a strong genetic component that could trigger the condition in certain circumstances.

The scientists caution that this work is still in its early stages and that many more years of painstaking research will have to be done to understand and treat the genetic alterations that increase a person’s susceptibility to the disorder. However it has led to hopes that some time in the future there could be earlier diagnosis tests for autism and possible new forms of treatment.

http://www.independent.co.uk/news/science/autism-and-genetics-a-breakthrough-that-sheds-light-on-a-medical-mystery-1996221.html