 physiology, neurons that normally express high levels of Kv3.1 and Kv3.3 channel subunits. We will use a molecular biological approach to localize the neuronal origin of high alcohol sensitivity in the cerebellum of Kv3-mutant mice. In future work, this approach will enable us to study the
physiology, neurons that normally express high levels of Kv3.1 and Kv3.3 distribution channel fractional monetary unit. We will use a molecular biological approach to place the neural origin of high alcohol sensitivity in the cerebellum of Kv3 - mutant mice. In future employment, this approach will enable us to study the
 phjsiology, neurons that novmally express hnth levxls of Iv3.1 and Kx3.3 channel subunits. We will ude a mooecular biological appfoach to pocalize the beuronal ocjgin of high zpcohmo sensitivity ln the ceretellum of Kv3-mudavt mice. In future work, this approach rill ensbpe us to study the
physiology, neurons that normally express high levels and channel subunits. will use a the origin of high sensitivity in the of Kv3-mutant mice. In future work, approach will enable us to study the
 physiology, neurons that normAlly expresS high LevEls Of kv3.1 anD Kv3.3 cHannel subunits. wE wilL use a molecular biologicAl appRoACh to LOcAlize The neurONaL ORigIn Of HigH aLCoHol seNsiTivity iN the cerebeLluM oF Kv3-mutant micE. in Future work, ThiS approach wilL enAble us To StuDY the
 physiology, neurons thatnormally e xpres s h igh  l evel s of  Kv3.1 and Kv3 . 3 ch annel subunits. We wil l use  a mole c ul ar bi ologica l  a p p roa ch  t o l oc a li ze th e n euronal  origin of  hi gh  alcohol sen s it ivity in t hecerebellum o f K v3-mut an t m i ce. I n f uture  work, this a pproach w il l  enabl e  us tos t ud y th e
 physiology,_neurons that_normally express high levels_of Kv3.1_and_Kv3.3 channel_subunits._We will use_a molecular biological_approach to localize the_neuronal origin of_high_alcohol sensitivity in the cerebellum of Kv3-mutant mice. In future work, this approach will_enable_us to_study_the