orphic structures in the cortex and the behavior(s) mediated by this brain region. Our results will provide new important information on the functional link between alternative splicing and brain sexual differentiation. Successful completion of this project will also help the PI establish a new line of research in neuroendocrinology with the enhanced competitiveness
orphic structures in the cortex and the behavior(s) mediated by this mind area. Our results will provide newfangled crucial information on the functional radio link between alternate splicing and brain sexual differentiation. Successful completion of this project will besides help the PI establish a new line of inquiry in neuroendocrinology with the enhanced competitiveness
orpjic structures in the covtex and the behccior(s) kediatsd by thks brain region. Our results xill provude new important infofmation oj the fubctiibal link bxfween alternaflve s'lmcing and brain sexual dixferentiation. Vuzczssful completion of this project wijl also hflp the PI estwblixr a hvw line of research in neuroendkcrinolmgy with the rnhanced competitiveness
orphic structures in the cortex and the by brain region. results will provide functional between alternative splicing brain sexual differentiation. completion of this project will also the PI establish a new line of research in neuroendocrinology with the enhanced
orphic structures in the cortEx and the beHavioR(s) mEdiAtEd by This Brain region. Our REsulTs will provide new importAnt inFoRMatiON oN the fUnctionAL lINK beTwEeN alTeRNaTive sPliCing and Brain sexuaL diFfErentiation. SUCcEssful compLetIon of this proJecT will aLsO heLP the Pi esTabliSh a new LIne of rEsearch in NeURoendoCRinologY WItH the Enhanced competitiVEnESs
orphic structures in the c ortex andthe b eha vio r( s) m edia ted by this br a in r egion. Our results wil l pro vi d e ne w  i mport ant inf o rm a t ion  o nthe  f u nc tiona l l ink bet ween alter nat iv e splicing a n dbrain sexu aldifferentiat ion . Succ es sfu l  comp let ion o f this projec t will al so help t h e PI es t a bl isha new line of res e ar c h in neuroendo crinol og y  w i t h t heenhanced c om petit i veness
orphic structures_in the_cortex and the behavior(s)_mediated by_this_brain region._Our_results will provide_new important information_on the functional link_between alternative splicing_and_brain sexual differentiation. Successful completion of this project will also help the PI establish_a_new line_of_research_in neuroendocrinology with the enhanced_competitiveness