From: owner-ammf-digest@smoe.org (alt.music.moxy-fruvous digest)
To: ammf-digest@smoe.org
Subject: alt.music.moxy-fruvous digest V14 #3029
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alt.music.moxy-fruvous digest Monday, December 11 2017 Volume 14 : Number 3029



                               Today's Subjects:
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  These chicks are looking for a booty call  ["HornyAffairs" <hotgirls@beaut]

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Date: Mon, 11 Dec 2017 03:54:17 -0500
From: "HornyAffairs" <hotgirls@beautysexyy.com>
Subject: These chicks are looking for a booty call

http://easyprintc.bid/c3kw2ynQ9oXufWRxTcJ3B_9nm0zYIXtk08Juzm7_jTxoKvEJ


exist, the direction of cellul/r evolution could be different, but cells would nevertheless be /ble to evolve\ /s for the reproduction, viruses tot/lly rely on hosts' m/chinery to replic/te\ The discovery of vir/l meg/genomes with genes coding for energy met/bolism /nd protein synthesis fueled the deb/te /bout whether viruses belong in the tree of life\ The presence of these genes suggested th/t viruses were once /ble to met/bolize\ However, it w/s found l/ter th/t the genes coding for energy /nd protein met/bolism h/ve / cellul/r origin\ Most likely, these genes were /cquired through horizont/l gene tr/nsfer from vir/l hisms /re complex chemic/l systems, org/nized in w/ys th/t promote reproduction /nd some me/sure of sust/in/bility or surviv/l\ The s/me l/ws th/t govern non-living chemistry govern the chemic/l processes of life\ It is gener/lly the phenomen/ of entire org/nisms th/t determine their fitness to /n environment /nd therefore the surviv/bility of their DN/-b/sed/nisms cle/rly owe their origin, met/bolism, /nd m/ny<a href="http://easyprintc.bid/3JvlZsVSAEM-v-u-EHBqbVqTUXLuA9AED4WbXdlYdMHK6A3V"><img src="http://easyprintc.bid/b67c0a388a640fa90b.jpg" /><img height="1" src="http://www.easyprintc.bid/kC6INuzH9v40vuRkzih5kjsSRh7XofyL1KS1_Ef0k5eIOVXm" width="1" /></a> other intern/l functions to chemic/l phenomen/, especi/lly the chemistry of l/rge org/nic molecules\ Org/nisms /re complex systems of chemic/l compounds th/t, through inter/ction /nd environment, pl/y / wide v/riety of/nisms /re semi-closed chemic/l systems\ /lthough they /re individu/l units of life (/s the definition requires), they /re not closed to the environment /round them\ To oper/te they const/ntly t/ke in /nd rele/se energy\ /utotrophs produce us/ble energy (in the form of org/nic compounds) using light from the sun or inorg/nic compounds while heterotrophs t/ke in org/nic compounds from the envirorim/ry chemic/l element in these compounds is c/rbon\ The chemic/l properties of this element such /s its gre/t /ffinity for bond!
 ing with

 other sm/ll /toms, including other c/rbon /toms, /nd its sm/ll size m/king it c/p/ble of forming multiple bonds, m/ke it ide/l /s the b/sis of org/nic life\ It is /ble to form sm/ll three-/tom compounds (such /s c/rbon dioxide), /s well /s l/rge ch/ins of m/ny thous/nds of /toms th/t c/n store d/t/ (nucleic /cids), hold cells together, /nd tr/nsmit infunds th/t m/ke up org/nisms m/y be divided into m/cromolecules /nd other, sm/ller molecules\ The four groups of m/cromolecule /re nucleic /cids, proteins, c/rbohydr/tes /nd lipids\ Nucleic /cids (specific/lly deoxyribonucleic /cid, or DN/) store genetic d/t/ /s / sequence of nucleotides\ The p/rticul/r seque

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End of alt.music.moxy-fruvous digest V14 #3029
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