Analyse X ray Fluorescence data

In addition a new method called separation of isotopes by laser excitation (SILEX) is being developed.

The light that the fluorescence emits can go through tissue.

And this is what I think is the magic of fluorescence.

ARS researchers also developed fluorescence techniques and a prototype fluorescent instrument to discriminate and quantify crop residues.

And the cool thing about fluorescence is that it's not only bright, it actually can shine through tissue.

So I said, wouldn't it be great if we could find a way to see nerves with fluorescence?

And when we made a solution of this, tagged with the fluorescence and injected in the body of a mouse, their nerves literally glowed.

What needs to happen now is further development of our technology along with development of the instrumentation that allows us to see this sort of fluorescence in the operating room.

The first is the optical sensor, which reacts to the behaviour of light passing through the test solution, recording such phenomena as the absorption or fluorescence of light, light scattering or spectrophotometry.

(g) Fluorescence assessment of the effect of radiation on the fluorescent properties of yeast cells in space and study of the possibility of using yeast cells as biological sensors to detect DNA deterioration caused by radiation.

I won't go into this very much, but our technology, besides being able to tag tumor and metastatic lymph nodes with fluorescence, we can also use the same smart three part molecule to tag gadolinium onto the system so you can do this noninvasively.