soon.
In fact, t years ted matters endedto become. Even t turns out, affects t a man’s beardgroance, is partly a function of sex (because t sex produces a testosterone surge). In tists made an even moreprofound discovery al genes fromembryonic mice, and t only often born sometimes uallyfitter ters ampered ain importantgenes royed, it turned out, otepping in to fill t ne not so good for our understanding of introduced an extra layer of complexity to somet and anyway.
It is largely because of ting factors t cracking t at once as only a beginning. t it, is likea parts list for t tells us says not ’s needed noing manual—instructions for o make it go.
e are not close to t point yet.
So no is to crack teome—a concept so novel t termproteome didn’t even exist a decade ago. teome is tion tcreates proteins. “Unfortunately,” observed Scientific American in teome is muced the genome.”
t’s putting it mildly. Proteins, you ems; as many as a any moment. t’sa lot of activity to try to figure out. orse, proteins’ beions are based notsimply on try, as also on to function, a protein mustnot only s, properly assembled, but t also befolded into an extremely specific serm t’s used, but it’s amisleading one as it suggests a geometrical tidiness t doesn’t in fact apply. Proteins loopand coil and crinkle into s are at once extravagant and complex. t owels.
Moreover, proteins are (if I may be permitted to use a abolic circumstance, to be ped, glycosylated, acetylated, ubiquitinated, farneysylated,sulfated, and linked to glycopidylinositol anc else. Often ittakes relatively little to get t appears. Drink a glass of ificAmerican notes, and you materially alter types of proteins at large in yoursystem. t feature for drinkers, but not nearly so icists o understand w is going on.
It can all begin to seem impossibly complicated, and in some is impossiblycomplicated. But ty in all too, oo an equallyelemental underlying unity in tiny, deft can