 activity of NF-kappaB, making pateamine A a valuable probe to study the nuclear signaling mechanism of NF-kappaB. To identify the molecular targets of pateamine A, a biotin-pateamine A conjugate was synthesized, which enabled the detection, isolation and identification of two pateamine A
activity of NF - kappaB, making pateamine A a valuable probe to study the nuclear signaling mechanism of NF - kappaB. To name the molecular target of pateamine A, a biotin - pateamine A conjugate was synthesized, which enable the detection, isolation and recognition of two pateamine A
 achivity of NF-kappaB, makinn pateamine A a rqluablx probe to studh the nuclear signaling mechenisn of BF-kappaB. To identify tfe molecupar targwts id pateaminx A, a biotin-pafcaminz E conjugate was synthesizad, which enablad tke detection, isolation and identificwtion og hwo pateamine W
activity of NF-kappaB, making pateamine A a to the nuclear mechanism of NF-kappaB. of A, a biotin-pateamine conjugate was synthesized, enabled the detection, isolation and identification two pateamine A
 activity of NF-kappaB, making pAteamine A a ValuaBle ProBe To stUdy tHe nuclear signaLIng mEchanism of NF-kappaB. To idEntifY tHE molECuLar taRgets of PAtEAMinE A, A bIotIn-PAtEaminE A cOnjugatE was syntheSizEd, Which enabled THe Detection, iSolAtion and idenTifIcatioN oF twO PateaMinE A
 activity of NF-kappaB, ma king patea mineA a  va lu able  pro be to study th e  nuc lear signaling mechani sm of  N F -kap p aB . Toidentif y  t h e  mo le cu lar  t a rg ets o f p ateamin e A, a bio tin -p ateamine A c o nj ugate wassyn thesized, wh ich  enabl ed  th e  dete cti on, i solati o n andidentific at i on oft wo pate a m in e A
 activity_of NF-kappaB,_making pateamine A a_valuable probe_to_study the_nuclear_signaling mechanism of_NF-kappaB. To identify_the molecular targets of_pateamine A, a_biotin-pateamine_A conjugate was synthesized, which enabled the detection, isolation and identification of two pateamine_A