o cellular activity, but as allace, King, and Sanders point out in Biology: t rarest text), oday al processes suc and memory. e kno kno time you could pluck one from your body and take it audy o many of Morgan’s peers as t scientists today migure a strayt and examine it under a microscope.
ainly true someted ingcell replication. Finally, in 1944, after fifteen years of effort, a team at titute in Mantan, led by a brilliant but diffident Canadian named Osricky experiment in eria ly infectious by crossing it DNA certainly ive agent in y. trian-born bioc Ered quite seriously t Avery’s discovery wo Nobel Prizes.
Unfortunately, Avery itute, a strong-ein ent named Alfred Mirsky, Avery’s ies at titute in Stock to give Avery a Nobel Prize. Avery by time y-six years old and tired. Unable to deal ress and controversy, ion and never near a lab again. But ots elseructure of DNA.
ting person in t certainly ec, to crack tructure of DNA.
Pauling ermining tecture of molecules and allograpec o peering into t of DNA. In an exceedingly distinguis tructureriple a double one, and never quite got on t track. Instead, victory fellto an unlikely quartet of scientists in England eam, often onspeaking terms, and part novices in the field.
Of t to a conventional boffin omic bomb. tis—Crick of type t bloype t produce coal.
t unconventional of tson, an American prodigy least part of tion for some of tered ty of C fifteen. y-ttaco tory in Cambridge. In1951, y-trikingly lively appearsin pograpo be straining to attacself to some po just out of frame.
Crick, till a doctorate, son’s account ed as blustery, nosy, cative, impatient o sion, and constantly in danger ofbeing asked to go elsewrained in biocry.
tion if you could determine to see—correctly, as it turned out— did did. to ac tle tely necessary. As atson coucobiograp be solved my learning any cry.” t actually assigned to one point o stop it. atson ensibly mastering t of