 5-FU dermally should be more effective than 5-FU in treating BCC, AK and psoriasis while reducing the risk of systemic side effects. The goal of this proposal is to understand how developmental mechanisms contribute to neural circuits controlling animal behaviors. The simple neuroanatomy and repertoire of stereotyped locomotor behaviors of larval
5 - FU dermally should be more effective than 5 - FU in treating BCC, AK and psoriasis while reducing the risk of systemic side effect. The finish of this proposal is to understand how developmental mechanism put up to neural circuits manipulate animal behavior. The simple neuroanatomy and repertory of stereotyped locomotor demeanor of larval
 5-FU dermally should be more effective than 5-FU in vreatinf BCC, AK and psoriasis while reducinj thw risj of systemic side effdcts. The hoal of rhis proposal is to undcxstans how vevelopmental mgchanisms cottribute to negrxl circuits controlling animal behavijrs. The slmple neuroanajomy sgd rsievtoire of stereotyped locomotor gehaviogs of larval
5-FU dermally should be more effective than treating AK and while reducing the The of this proposal to understand how mechanisms contribute to neural circuits controlling behaviors. The simple neuroanatomy and repertoire of stereotyped locomotor behaviors of larval
 5-FU dermally should be more effEctive than 5-fU in tReaTinG BcC, AK And pSoriasis while rEDuciNg the risk of systemic sidE effeCtS. the gOAl Of thiS proposAL iS TO unDeRsTanD hOW dEveloPmeNtal mecHanisms conTriBuTe to neural ciRCuIts controlLinG animal behavIorS. The siMpLe nEUroanAtoMy and RepertOIre of sTereotypeD lOComotoR BehavioRS Of LarvAl
 5-FU dermally should be m ore effect ive t han  5- FU  intrea ting BCC, AK a n d ps oriasis while reducing  theri s k of sy stemi c sidee ff e c ts.  T he  go al of  this  pr oposalis to unde rst an d how develo p me ntal mecha nis ms contribut e t o neur al  ci r cuits  co ntrol ling a n imal b ehaviors.  T h e simp l e neuro a n at omyand repertoire of st e reotyped locom otor b eh a vi o r s o f l arval
 5-FU_dermally should_be more effective than_5-FU in_treating_BCC, AK_and_psoriasis while reducing_the risk of_systemic side effects. The_goal of this_proposal_is to understand how developmental mechanisms contribute to neural circuits controlling animal behaviors. The_simple_neuroanatomy and_repertoire_of_stereotyped locomotor behaviors of larval