It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
A newly-developed $25 (£16) test that can identify any virus that has ever affected a person, from one drop of blood. It's inventors say it can test for more than 1,000 virus strains, and once refined would be cheap enough to deploy on a large scale.
"VirScan is a little like looking back in time: using this method, we can take a tiny drop of blood and determine what viruses a person has been infected with over the course of many years," said co-author on a paper announcing the news in Science, Stephen Elledge of Harvard Medical School. "What makes this so unique is the scale: right now, a physician needs to guess what virus might be at play and individually test for it. With VirScan, we can look for virtually all viruses, even rare ones, with a single test."
VirScan works by exposing a drop of blood onto a bacteriophage populated with peptides, the protein targets antibodies in the immune system attack and hook onto. If there is an antibody in that blood sample related to one of the 1,000 virus strains coded into the bacteriophage, it will seek it out and bind to the related protein. The test then collects up all the antibodies and the matter they have bound to. That matter -- made up of the proteins the antibodies have clung to -- are then sequenced to identify the viruses.
originally posted by: BestinShow
The slippery slope on this one is steep.
DNA bank. Will hurt you later if you make deposit.
originally posted by: VoidHawk
originally posted by: BestinShow
The slippery slope on this one is steep.
Yep.
It'll be used to test if a person has had vaccinations, if not then med insurance will refuse to pay out.
originally posted by: theMediator
I think like any medical advancements, this technology can be used positively and negatively...
To try a test like this would be interested yet scary for a number of reasons. But it really could reveal underlying problems which would be very useful since I'm pretty sure that the more disease that infects us during our lifetime, the more "junk" we carry in our cells...a bit like a computer. Even if you manage to erase the viruses, it's still never going to be like a format.
Which is why I doubt the long term use of vaccines. I fear that having a vaccine for a disease that you would of never gotten weakens our overall immune system over time. It's tiny bits here and there and surely different people react differently but something tells me that I'm right. Especially that a freshly vaccinated could be contagious, I doubt that vaccines are the ultimate answer for our health.
Also, some believe that our DNA can be "infected" by viruses.
Do you mean able to spread the disease they are vaccinated for?
If so, that's incorrect as even with "live virus" vaccines, the virus part is attenuated so it cannot cause the disease.
Data indicate that both children and adults vaccinated with nasal spray flu vaccine can shed vaccine viruses after vaccination, although in lower amounts than typically occurs during shedding of wild-type influenza viruses
originally posted by: Pimpish
a reply to: Pardon?
Do you mean able to spread the disease they are vaccinated for?
If so, that's incorrect as even with "live virus" vaccines, the virus part is attenuated so it cannot cause the disease.
The CDC seems to disagree. Although this is a specific vaccine, it is a vaccine:
Data indicate that both children and adults vaccinated with nasal spray flu vaccine can shed vaccine viruses after vaccination, although in lower amounts than typically occurs during shedding of wild-type influenza viruses
www.cdc.gov...