 research engineers are adequately trained to navigate the waters of successful translational research in neural engineering. This will effectively provide a smoother/faster path to market for the clinical application of exciting neural engineering technological breakthroughs aimed at improving diagnostic and therapeutic success for diseases of the nervous system. The proposed symposia titled "Translational
research engineers are adequately trained to navigate the body of water of successful translational inquiry in neural engineering. This will efficaciously provide a placid / faster path to grocery store for the clinical application of exciting neural technology technical breakthroughs aimed at better diagnostic and therapeutic success for diseases of the skittish system. The proposed symposia titled " Translational
 redearch engineers are adeduately trained to navmgate tge waterr of successful translationap eeseaech in neural engineerkng. This aill effwctitely provide a smoother/faster lwth co market for thg clinical a[plication of axzicing neural engineering technologicaj breakyhgoughs aimed aj impgoding diagnostic and therapeutic succesa for dpseases of the netvous system. The proposed dymplsia titled "Translwtional
research engineers are adequately trained to navigate of translational research neural engineering. This path market for the application of exciting engineering technological breakthroughs aimed at improving and therapeutic success for diseases of the nervous system. The proposed symposia titled
 research engineers are adequAtely trainEd to nAviGatE tHe waTers Of successful trANslaTional research in neural EnginEeRIng. THIs Will eFfectivELy PROviDe A sMooThER/fAster PatH to markEt for the clIniCaL application OF eXciting neuRal Engineering tEchNologiCaL brEAkthrOugHs aimEd at imPRoving DiagnostiC aND theraPEutic suCCEsS for Diseases of the nervOUs SYstem. The proposEd sympOsIA tITLed "traNslational
 research engineers are ad equately t raine d t o n av igat e th e waters of su c cess ful translational rese archin neur a lengin eering. Th i s  wi ll  e ffe ct i ve ly pr ovi de a sm oother/fas ter  p ath to marke t  f or the cli nic al applicati onof exc it ing neura l e ngine eringt echnol ogical br ea k throug h s aimed a timpr oving diagnostica nd therapeutic su ccessfo r  d i s eas esof the ner vo us sy s tem. Th e  p r o p ose d  symposia tit led "Transl a tio nal
 research_engineers are_adequately trained to navigate_the waters_of_successful translational_research_in neural engineering._This will effectively_provide a smoother/faster path_to market for_the_clinical application of exciting neural engineering technological breakthroughs aimed at improving diagnostic and therapeutic_success_for diseases_of_the_nervous system. The proposed symposia_titled "Translational