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-   -   Yes! 2HousePlague is back on acid again! (https://gfy.com/showthread.php?t=595160)

xlogger 04-06-2006 02:38 PM

Yes! 2HousePlague is back on acid again!
 
2HousePlague is back on acid again! YES! I can tell by his posts. :1orglaugh
http://www.theory.org/~matt/hazmag/acid.png

xlogger


just j/k around, lol

TurboAngel 04-06-2006 02:39 PM

Lmao!

:)

sonofsam 04-06-2006 02:52 PM

Quote:

Originally Posted by xlogger
xlogger

that should have been

xlogger

madawgz 04-06-2006 02:57 PM

o man thats a serious design

2HousePlague 04-06-2006 03:41 PM


2hp

seeric 04-06-2006 03:42 PM

don't fucking tell people thhat kind of shit!



























they're all gonna want some of it now!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!


:1orglaugh

MikesTraffic 04-06-2006 03:55 PM

where's mine? xlogger, get in touch with me on icq....59975954

d_train 04-06-2006 05:48 PM

I can smell acid up to here

2HosCrackPipe 04-06-2006 06:16 PM

Can we infer the lifestyle of an organism from the characteristic properties of its genome? More precisely, what are the relations between easily quantifiable properties from genomic sequences, such as amino-acid compositions, and more subtle characteristics concerning for example lifestyles or evolutionary trends? Here, we seek a global picture for such properties, based on a large number of complete genomes, including significant numbers of representatives from the three domains of life. We consider the amino acid compositions of the predicted proteomes, and we use correspondence analysis, as a multivariate method to extract the relevant information from the large-scale data. From these analyses we derive a series of conclusions...

2hcp

2HousePlague 04-06-2006 06:18 PM

Quote:

Originally Posted by 2HosCrackPipe
Can we infer the lifestyle of an organism from the characteristic properties of its genome? More precisely, what are the relations between easily quantifiable properties from genomic sequences, such as amino-acid compositions, and more subtle characteristics concerning for example lifestyles or evolutionary trends? Here, we seek a global picture for such properties, based on a large number of complete genomes, including significant numbers of representatives from the three domains of life. We consider the amino acid compositions of the predicted proteomes, and we use correspondence analysis, as a multivariate method to extract the relevant information from the large-scale data. From these analyses we derive a series of conclusions...

2hcp


Sure. Let's.


2hp


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