The Fiber Disease

[ukguy]

TamTam's new video/site.

WATCH THIS!

http://www.silentsuperbug.com/

It seems the release of this disease may have been
unintentional but there's a cover up due to the fact that
this will be a huge money-spinner for the pharmaceutical
industry.

Spread the word.

Ukguy

[RANDY]

If anyone wants me to mail them the ER segment for mediaplayer, someone sent it to me. Just PM me with your private e-mail address.

[RANDY]

Site does not come up for me. Will try later.

[Martian]

I watched the video. I didn't like that there wasn't any sound; for example: at least give some audio when that guy talking.

But, I have a question about what it said in the end. It said, "Protein can mimic DNA."

How is this possible?


BTW: I haven't tried read much of this BIG topic yet, so I might do that when I have time.

[Skytroll]

Martian,

This might help.
http://www.odofin.com/english/protein.htm

Skytroll

[Martian]

Skytroll,

I already knew that it's possible to edit proteins by changing the corresponding DNA sequence. But, how can a protein mimic DNA?

By this I could also ask, in what way does this protein mimic DNA? I've never heard of such a thing. Is this common in all proteins, or what?

[damien james]

Movie will not open for me. It just black.

[Skytroll]

Martian,

I bet it copies a protein in the DNA?

It must sense it somehow, maybe a camera by way of a bacteriophage?

A while back there was a camera that could be put in bacteria.

USC, I believe.

Here it is:
Chris Voigt’s team at the University of California have turned a bed of light-sensitive bacteria into a photographic film. Although the system takes 4 hours to take a picture, it delivers extremely high resolution.



The "living camera" uses light to switch on genes in a genetically modified bacterium that then cause an image-recording chemical to darken. The bacteria are tiny, allowing the sensor to deliver a resolution of 100 megapixels per square inch.

To make their novel biosensor, scientists chose E. Coli, the food-poisoning gut bacterium. They shuttled genes from photosynthesising blue-green algae into the cell membrane of the E. coli. One gene codes for a protein that reacts to red light. Once activated, that protein acts to shut down the action of a second gene. This switch-off turns an added indicator solution black. A monochrome image was thus "printed" on a bed of the modified E. Coli.

The experiment could lead to the development of "nano-factories" in which minuscule amounts of substances are produced at locations defined by light beams.

For instance, a different introduced gene could produce polymer-like proteins, or even precipitate a metal. "This way, the bacteria could weave a complex material," says Voigt.

Via New Scientist.

from:
http://www.we-make-money-not-art.com/ar ... 007510.php

[Barz]

Thank you, Tam Tam. Thank you for helping us. I hope this video can prevent any further denial on the part of our medical community. I highly doubt it, though. They will somehow skirt around it. Your energy, time and drive are greatly appreciated by me. THANK YOU!!!!!

BARZ

[ukguy]

Movie will not open for me. It just black.

Hi Damien

If the movie won't stream in your browser, please go to this page:

http://members.lycos.co.uk/fromuk/

Once at the page, Right click on the last link on the page and choose
'Save target as' to download to your PC and view there.

Regards
Ukguy

[in_the_uk]

Hi ukguy,

Are you actually in the UK?

Helen

[Barz]

Hey Mods, Did you watch the video in above link provided by UKguy? If so what do you think?

Thanks,

Barz