 their central nervous system targets. In adult vertebrates, primary vestibular afferent axons serving the different vestibular end organs form distinct though overlapping regions of axonal arborization in the vestibular nuclei. While the presumed role of this specific connectivity in sensory processing is obvious, little is known about the developmental mechanisms that are responsible for
their central nervous system targets. In adult vertebrate, basal vestibular afferent axons serve the unlike vestibular end organs form discrete though overlapping regions of axonal arborization in the vestibular nucleus. While the presumed role of this specific connectivity in sensational processing is obvious, little is known about the developmental mechanism that are responsible for
 thfir central nervous systtm targets. In adult vertxbrates, primary vestibular afferent axons sxrvibg tht different vestibuuar end oggans forn diwrinct thoujg overlapping vegious of axonal arbprization hn the vestibunaf uuclei. While the presumed role of thys specoflc connectiviti in xqnsodj krocessing is obvious, little is khown abmut the develppmental mechanisms that age rfsponsible for
their central nervous system targets. In adult vestibular axons serving different vestibular end regions axonal arborization in vestibular nuclei. While presumed role of this specific connectivity sensory processing is obvious, little is known about the developmental mechanisms that are for
 their central nervous system Targets. In aDult vErtEbrAtEs, prImarY vestibular affERent Axons serving the differeNt vesTiBUlar ENd OrganS form diSTiNCT thOuGh OveRlAPpIng reGioNs of axoNal arborizAtiOn In the vestibuLAr Nuclei. WhilE thE presumed rolE of This spEcIfiC ConneCtiVity iN sensoRY proceSsing is obViOUs, littLE is knowN ABoUt thE developmental mecHAnISms that are respOnsiblE fOR
 their central nervous sys tem target s. In  ad ult  v erte brat es, primary ve s tibu lar afferent axons ser vingth e  dif f er ent v estibul a re n d o rg an s f or m  d istin ctthoughoverlappin g r eg ions of axon a larborizati onin the vesti bul ar nuc le i.W hilethe  pres umed r o le ofthis spec if i c conn e ctivity i nsens ory processing is ob v ious, little i s know na bo u t  th e d evelopment al  mech a nisms t h at a r e r e sponsible for 
 their_central nervous_system targets. In adult_vertebrates, primary_vestibular_afferent axons_serving_the different vestibular_end organs form_distinct though overlapping regions_of axonal arborization_in_the vestibular nuclei. While the presumed role of this specific connectivity in sensory processing_is_obvious, little_is_known_about the developmental mechanisms that_are responsible for