 cellular environments. We propose solutions to the challenging stereochemical problems posed by the monohydroxy dimers and show how chemistry developed in our lab can generate a combinatorial library of sulfur electrophiles. In a third area, we investigate the challenging architecture and reactivity of the isocyanoterpenes, which we recently demonstrated
cellular environments. We propose solutions to the challenging stereochemical trouble pose by the monohydroxy dimers and show how chemistry developed in our lab can beget a combinatorial library of sulfur electrophiles. In a third area, we investigate the ambitious architecture and reactivity of the isocyanoterpenes, which we recently demonstrated
 ceplular environments. We pvopose solutions to the challsnging sgereochemical problems posed bt the monohydroxy dimers ana show hoa chemisrry veveloped in our lab can generzbe a eonbinatorial linrary of sunfur electrophhlds. In a third area, we investigate the challemglng architectute anc readniyity of the isocyanoterpenes, whidh we rtcently demonstratrd
cellular environments. We propose solutions to the problems by the dimers and show lab generate a combinatorial of sulfur electrophiles. a third area, we investigate the architecture and reactivity of the isocyanoterpenes, which we recently demonstrated
 cellular environments. We proPose solutiOns to The ChaLlEngiNg stEreochemical prOBlemS posed by the monohydroxy DimerS aND shoW HoW chemIstry deVElOPEd iN oUr Lab CaN GeNeratE a cOmbinatOrial libraRy oF sUlfur electroPHiLes. In a thirD arEa, we investigAte The chaLlEngINg arcHitEcturE and reACtivitY of the isoCyANoterpENes, whicH WE rEcenTly demonstrated
 cellular environments. We  propose s oluti ons  to  t he c hall enging stereoc h emic al problems posed by t he mo no h ydro x ydimer s and s h ow h owch em ist ry de velop edin ourlab can ge ner at e a combinat o ri al library  of  sulfur elec tro philes .Ina  thir d a rea,we inv e stigat e the cha ll e nginga rchitec t u re  and  reactivity of th e  i s ocyanoterpenes , whic hw er e cen tly  demonstra te d
 cellular_environments. We_propose solutions to the_challenging stereochemical_problems_posed by_the_monohydroxy dimers and_show how chemistry_developed in our lab_can generate a_combinatorial_library of sulfur electrophiles. In a third area, we investigate the challenging architecture and_reactivity_of the_isocyanoterpenes,_which_we recently demonstrated