Sunday, February 21, 2010

Interesting Facts about Your Liver

Interesting Facts about Liver

Interesting Facts about Liver

Interesting Facts about Liver

Interesting Facts about Liver

Interesting Facts about Liver

Interesting Facts about Liver

Interesting Facts about Liver

Interesting Facts about Liver

Interesting Facts about Liver

Interesting Facts about Liver

Interesting Facts about Liver

Interesting Facts about Liver

Interesting Facts about Liver

Interesting Facts about Liver

Interesting Facts about Liver

15 Foods That Cure

Eat the right foods to stay slim and healthy for life

By: David Zinczenko and Matt Goulding

In the battle of the bulge, the food you eat every day can take a toll on your health—carrying a few extra pounds increases your risk for diabetes, heart disease, and cancer, to name a few. It's time to fight fire with fire, and start eating foods that work to ward off disease, cancer, high blood pressure—even aging. To arm you for the fight, we've rounded up these 15 stealth health foods that work to keep you slim and healthy for life.

Long-promised cancer revolution begins

Linda Geddes, reporter

A personalised blood test that can identify tumour DNA could be the first step towards a long-promised revolution in the way cancer is treated.

In the short term, the test - reported by Victor Velculescu of Johns Hopkins Kimmel Cancer Center in Baltimore, Maryland, and his colleagues in Science Translational Medicine - could be used to spot cancer recurrence before tumour growth shows up on scans, meaning that treatment could be started earlier.

The test detects genetic rearrangements that distinguish cancer cells from normal cells. Eventually it might also pave the way for more personalised cancer treatments tailored to the genetic signature of individuals' tumours.

Doctors already classify cancers by some of the genes that get switched on by the disease, and use this to guide treatment in some cases. For example, breast cancers are often divided into those that express oestrogen receptors on their surface and are therefore likely to respond to the drug tamoxifen, and those that don't.
Genes have also been identified that predict whether a variety of cancers are resistant to radiotherapy and certain drugs, and might therefore need a different sort of treatment. It is also possible to stratify cancers into aggressive and non-aggressive subtypes according to their genetic make-up.

But that's just the beginning. In the future, pretty much all cancers are likely to be defined by the genetic pathways that drive their growth, rather than where in the body they manifest themselves. And because cancers mutate as they grow, it should be possible to track these changes and tailor patients' therapies accordingly.

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