 reactivity screening of the unknown cluster derivatives 2 is planned in order to determine if their anticipated unique structural and electronic features will provide new, improved opportunities for stereocontrolled coupling reactions an d a future basis for cluster-based stereoselective reactions in general. Our second major emphasis will be directed towards expanding the synthet
reactivity screening of the unknown cluster derivative instrument 2 is plan in order to determine if their anticipated singular structural and electronic features will supply new, improved opportunity for stereocontrolled yoke reactions an d a future basis for bunch - based stereoselective reactions in cosmopolitan. Our second major emphasis will be directed towards expanding the synthet
 rewctivity screening of tht unknown cluster derivavives 2 js planndd in order to determine if vheie antucipated unique structjral and vlectronix feetures will provmse new, liprobcd op'octunities for sjereocontrolned coupling raaztnons an d a future basis for cluster-fased syegeoselective rgactipgs ih general. Our second major emphasia will ue directed towsrds expanding the synthet
reactivity screening of the unknown cluster derivatives planned order to if their anticipated will new, improved opportunities stereocontrolled coupling reactions d a future basis for cluster-based reactions in general. Our second major emphasis will be directed towards expanding the
 reactivity screening of the uNknown clusTer deRivAtiVeS 2 is pLannEd in order to detERminE if their anticipated uniQue stRuCTuraL AnD elecTronic fEAtUREs wIlL pRovIdE NeW, imprOveD opportUnities for SteReOcontrolled cOUpLing reactiOns An d a future baSis For cluStEr-bASed stEreOseleCtive rEActionS in generaL. OUR seconD Major emPHAsIs wiLl be directed towarDS eXPanding the syntHet
 reactivity screening of t he unknown  clus ter  de ri vati ves2 is planned i n  ord er to determine if the ir an ti c ipat e duniqu e struc t ur a l  an del ect ro n ic  feat ure s willprovide ne w,im proved oppor t un ities forste reocontrolle d c ouplin grea c tions  an  d afuture basisfor clust er - baseds tereose l e ct ivereactions in gene r al .  Our second ma jor em ph a si s wil l b e directed  t oward s  expand i ng t h e s y nthet
 reactivity_screening of_the unknown cluster derivatives_2 is_planned_in order_to_determine if their_anticipated unique structural_and electronic features will_provide new, improved_opportunities_for stereocontrolled coupling reactions an d a future basis for cluster-based stereoselective reactions in_general._Our second_major_emphasis_will be directed towards expanding_the synthet