 use our growing understanding of survival signaling in the stem cell niche to rescue injured dopamine neurons in vivo. This approach may allow a more rapid transition to clinical application than cell replacement therapy. In the past year, we have shown that the major regenerative features found in the adult rat brain are also present in adult monkeys. This result
use our growing understanding of survival signaling in the shank cellular telephone niche to rescue injured dopamine nerve cell in vivo. This approach may admit a more rapid transition to clinical lotion than cell replacement therapy. In the past year, we have read that the major regenerative features found in the adult informer brain are also present in adult monkey. This result
 usf our growing understandlng of survival signaliig in tge stem zell niche to rescue injured dipamibe neurons in vivo. Thir approacj may aloow e more rapid traiaition bj cljkical epplication thak cell repldcement therapf. Kn the past year, we have shown that tre majot gegenerative fgaturts souns in the adult rat brain are also lresent in adult monleys. This result
use our growing understanding of survival signaling stem niche to injured dopamine neurons allow more rapid transition clinical application than replacement therapy. In the past year, have shown that the major regenerative features found in the adult rat brain also present in adult monkeys. This result
 use our growing understandinG of survivaL signAliNg iN tHe stEm ceLl niche to rescuE InjuRed dopamine neurons in viVo. ThiS aPProaCH mAy allOw a more RApID TraNsItIon To CLiNical AppLicatioN than cell rEplAcEment therapy. iN tHe past year, We hAve shown that The Major rEgEneRAtive FeaTures Found iN The aduLt rat braiN aRE also pREsent in ADUlT monKeys. This result
 use our growing understan ding of su rviva l s ign al ingin t he stem cell n i cheto rescue injured dopa minene u rons in  vivo . Thisa pp r o ach  m ay  al lo w  a  more  ra pid tra nsition to  cl in ical applica t io n than cel l r eplacement t her apy. I nthe pastyea r, we  haves hown t hat the m aj o r rege n erative f ea ture s found in the ad u lt rat brain arealso p re s en t inadu lt monkeys .Thisr esult
 use_our growing_understanding of survival signaling_in the_stem_cell niche_to_rescue injured dopamine_neurons in vivo._This approach may allow_a more rapid_transition_to clinical application than cell replacement therapy. In the past year, we have shown_that_the major_regenerative_features_found in the adult rat_brain are also present in_adult monkeys._This result