Log in
Email Address
Password
Forgot your password?
Not Registered?

Featured Tenants

 cfai

The Centre for Advanced Instrumentation at the NETPark Research Institute collaborates with observatories world-wide in the construction, commissioning and exploitation of innovative hi-tech instruments for optical and infrared astronomy. Key research areas are advanced spectroscopy, adaptive optics, applied optics, low light level detectors and precision engineering/metrology.

Click here to learn more about Centre for Advanced Instrumentation

Featured Opportunity
An Improved Microgripper for Cell Manipulation

There is a growing need for individual cell manipulation in a wide range of research applications including stem cell sorting, gene and molecular delivery, cellular diagnostics, and single cell-based assays. When compared with data-averaging over a cell population, direct physical cell manipulation offers the researcher much more precise selection and understanding of cell properties.


For further information click here

Polls



CDEP logo

cddc   European Union emblem

Study finds cancer and vitamin link
Bookmark and Share Add This     Email notification Email a Friend    print Printable version

Study finds cancer and vitamin link

2008-05-02
Newsfeed

A recent study has found that some cancer sufferers do not benefit from superfoods because a protein that is associated with the disease can inhibit the body's ingestion of superfood vitamins, a recent study has reported.


A recent study has found that some cancer sufferers do not benefit from superfoods because a protein that is associated with the disease can inhibit the body's ingestion of superfood vitamins, a recent study has reported.

The eight-strong team of scientists involved in the research found that the vitamin folate that resides in superfoods such as broccoli and asparagus is inhibited by the gene MDM2, which is known to cause cancer.

Dr Mark Boyd, who is based at the University of Liverpool and a lead author in the project, said: "The discovery is significant because it sheds new light on the connection between MDM2 and the way that different types of cancer develop.

"If you can understand what has gone wrong you can start to think about ways to fix it."

He added that cancer can be caused by the MDM2 gene when it produces too much MDM2 protein and to understand the connection between the gene and superfood folate was "incredibly influential" on cells and "important" in the fight against cancer.

Copyright © The Press Association 2008