And I've used the term digital chromatography for that [laughs] because you're doing post-processing of the data digitally on your computer.

If you look at, this is anything from a chromatography going across the x-axis, the second variable is now the wavelength.

So each one of these traces, as I, as I would go across in time, would be a separate chromatogram.

So this particular data set here is, obviously there's a large number of components here.

Some are present at a very trace level, some are present at a very predominant level.

But all of these are what can be done in a single chromatographic separation if you just save your 3D data.

So if you just save the 3D DAD PDA data in a liquid chromatography, you can use this particular information to try to separate the peaks that are completely coeluting And for example, if they completely coelute at 220 or 2- 210, uh, one of the wavelengths where just about everything absorbs, it's very possible there's two other wavelengths out there where one component has a principal absorbance, the other has nothing.

Yes