Germany, Cancer
Why Cells Turn Cancerous
Why Cells Turn Cancerous Cancer: about one in three Europeans is confronted with this diagnosis during their lifetime. Scientists at the German Cancer Research Center DKFZ in Heidelberg are investigating the development of cancerous cells to find out how their growth is controlled and what goes wrong in cancer cells.
Towards new cancer therapies
Towards new cancer therapies In 2012, about 8.2 million people died of cancer making the disease a major cause of death worldwide. According to the WHO World Cancer Report 2014 , this figure is expected to rise within the next two decades.
Michael Boutros: Advancing the search for new cancer drugs
Michael Boutros: Advancing the search for new cancer drugs Targeted therapies have revolutionised the treatment of cancer since they were first introduced. Amongst the first medications approved in Europe, was the breast cancer drug Herceptin , which was approved in 2000.
Proteins: The Key for all Diseases?
Proteins: The Key for all Diseases? The impact if this challenge could be huge, as this set of data could l ead to new therapies and diagnosing tools for virtually all diseases , including diabetes or cancer.  Proteins are everywhere.
Air quality models: new health prevention tools
Air quality models: new health prevention tools We are all exposed to polluted air. Among main air pollutants are nitrogen oxides —the so-called ‘NOx ‘— and ozone , which cause irritation of respiratory tract and eyes, favouring cough, lung infections in children and asthma.
Nanodiamonds: a cancer patient’s best friend?
Nanodiamonds: a cancer patient’s best friend? Diamonds are sometimes considered as a girl’s best friend. Now, this expression is about to have a new meaning. Indeed, nanometric scale diamond particles could offer a new way to detect cancer far earlier than previously thought.
Nano Nose Smells Cancer
Nano Nose Smells Cancer Chances of survival of prostate cancer depend strongly on the stage at which the disease is diagnosed. Now scientists have developed new methods relying on an electronic nose and optoacoustics to improve the diagnosis techniques and avoid fatal treatment delays.