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

Featured Tenant

 deburca


deBurca is a software development and integration company that specialises in creating, implementing and supporting innovative applications for e-learning and eBusiness.

Click here to learn more about deBurca

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.


For further information click here

Polls



CDEP logo   Durham County Council Logo

cddc   European Union emblem


Oneaboutnetparknet logo


NETPark Net has received funding from Durham County Council through County Durham Development Company, and One NorthEast through the County Durham Sub Regional Partnership. Project Part-Financed by the European Union. European Regional Development Fund.

Lasers could test for Alzheimer's
Bookmark and Share Add This     Email notification Email a Friend    print Printable version

Lasers could test for Alzheimer's

2008-06-27
Newsfeed

A new technique has been developed which would allow doctors to identify brain tissue abnormalities associated with Alzheimer's disease by using a laser beam, it has been reported.


A new technique has been developed which would allow doctors to identify brain tissue abnormalities associated with Alzheimer's disease by using a laser beam, it has been reported.

At the moment the only way of finding the tangled proteins in brain tissue which indicate the disease is by dissecting the brain after death. The laser technology would for the first time allow confirmation of Alzheimer's in a living person, as diagnosis currently rests on inferring from other symptoms.

The new technique was developed by researchers at the VA Medical Centre in Massachusetts, US, who have recently started trialling the laser test on humans, according to the New Scientist.

Lasers, which are strapped to a patient's head, flash low-energy, near-infrared light onto the skull. The resulting reflections can differentiate between healthy brain tissue and that which displays the microscopic protein plaques and tangles associated with Alzheimer's.

Lead researcher Eugene Hanlon said: "It could potentially provide an immediate answer and so would be valuable not only as a diagnostic, but also as a screening tool."

Copyright � PA Business 2008