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Non-Tech : NIFTY NINE IN NINETY NINE PLUS ONE

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To: Steve Lokness who wrote (242)1/24/1999 11:56:00 PM
From: Mike McFarland  Read Replies (1) of 613
 
GLGC...Q&A
attack of the bionewbies...

First of all from third quarter we have
The company had a third-quarter net loss of $37.8 million, or $2.54 per share, including a one-time charge of $35.2 million, or $2.36 per share, for acquisition of in-process research and development. The in-process R&D was obtained through acquisition of Oncormed Inc., which provided Gene Logic with development-stage genomic database and pharmacogenomics technologies.

You said something about understanding the progression
of disease...I don't really think that is quite what
is going on here. In fact, from the vcall tape, you will
hear that the discussion was really more about screening
out all the useless compounds fast--and getting a lot
of the molecular toxicology done up front...but then he
did point out that with most genes, the relevent toxicology
pathways are unknown--dosing levels unknown etc.

Anyway...
I am sort of slowly getting the flavor of what tissue
based expression is all about...up/down regulated>>
differential expression>>screening/running assays on
protein classes...but Biology 101 is what is not coming
back to me!--diseased tissue has had a major meltdown,
it ain't working so maybe you dont want to screen out
those compounds which start switching the genes on and
off and which are not toxic to diseased tissue.

Of course I am oversimplifying this so much that my
questions are absurd--presumably these guys already
know the genes they are after...they even build them
into the chip! We assume the diseased tissue is diseased
because it is genetically flawed (??) and there are only
100 or so really important genes (so far) for which you
want to be screening compounds--which is why glgc
builds it's chip without the other 49,900 data points
on it.

You want to do very specific things with certain genes--
more elegant than bathing tissue in an IL blocker or
cytokine trap huh? Really wild stuff...boy if I would
stay off the PC and read my biology text, maybe then
I could ask better questions!

Maybe I have missed the point entirely and that you
are not finding compounds which effect genes--just
using that trick to screen for molucules. It just
seems like a high point to start at--the cascade
of cellular events is so vast, why start at the
very top?

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