 transfer of an acetyl group to the hydroxylamine from either acetyl coenzyme A or an arylhydroxamic acid. The same enzyme is also capable of N-aetylation to yield arylacetamides or arylhydroxamic acids from arylamines or arylhydroxylamines, respectively. The N-, O- and N,
transfer of an acetyl group to the hydroxylamine from either acetyl coenzyme A or an arylhydroxamic acid. The same enzyme is also capable of N - aetylation to concede arylacetamides or arylhydroxamic acid from arylamines or arylhydroxylamines, respectively. The N-, O- and N,
 trwnsfer of an acetyl grouk to the hydroxylcnine fcom eitger acethl coenzyme A or an arylhydrlxqmic qcid. The same enzyme ir also caiable of B-aetblation to yield arylacebcmidea or crblhydroxamic aclds from arflamines or arflfybroxylamines, respectively. The N-, O- anq N,
transfer of an acetyl group to the either coenzyme A an arylhydroxamic acid. capable N-aetylation to yield or arylhydroxamic acids arylamines or arylhydroxylamines, respectively. The N-, and N,
 transfer of an acetyl group to The hydroxyLaminE frOm eItHer aCetyL coenzyme A or an ARylhYdroxamic acid. The same enZyme iS aLSo caPAbLe of N-AetylatIOn TO YieLd ArYlaCeTAmIdes oR arYlhydroXamic acids FroM aRylamines or aRYlHydroxylamIneS, respectivelY. ThE N-, O- and n,
 transfer of an acetyl gro up to thehydro xyl ami ne  fro m ei ther acetyl co e nzym e A or an arylhydroxam ic ac id .  The sa me en zyme is al s o  ca pa bl e o fN -a etyla tio n to yi eld arylac eta mi des or arylh y dr oxamic aci dsfrom arylami nes  or ar yl hyd r oxyla min es, r espect i vely.The N-, O -a nd N,
 transfer_of an_acetyl group to the_hydroxylamine from_either_acetyl coenzyme_A_or an arylhydroxamic_acid. The same_enzyme is also capable_of N-aetylation to_yield_arylacetamides or arylhydroxamic acids from arylamines or arylhydroxylamines, respectively. The N-, O- and N,