"FLYBRAIN," The First in a Federation of Databases for Insect Neurobiology

;​R o o t E n t y F 23 C o m p o b j b W o r d d o c u m e n t O b j e c t P O O l $^ 23 $ ^ 230 !# $ % &amp；'() * +, -。/ 1 2 3 4 5 6 7 8 9:；= ?@ A B C D E F G H J K L M F Microsoft Word 6.0文档MSWordDoc。6;e = e e j j j j j j j j j & &; 1 W T - & & &; j & &该奖项将支持Flybrain的开发，Flybrain是一个数据库，将收集有关果蝇（Drosophila）神经生物学的最新数据。果蝇是研究神经元发育的分子遗传学和行为的神经元基础的重要研究生物。在复杂的神经系统中，昆虫的神经系统是实验中最容易接近的。定义的和可量化的行为可以与唯一识别的受体、中枢和传出神经元的子集相关，它们的联合作用可以在动物行为的背景下考虑。生物医学对这种关系的兴趣源于认识到昆虫神经系统的许多区域具有类似于高等脊椎动物大脑区域的结构，并且两者的感觉神经片具有共同的计算特性。要全面了解可识别神经元层之间的合作活动如何导致复杂的行为，需要通过数据库提供由许多不同研究人员获得的神经数据。;如果我是你，我是你，我是你，我是你，我是你。Oh +' 0 $ H l D H R:\WWUSER\TEMPLATE\NORMAL。该奖项将支持Flybrain的开发，Flybrain是一个数据库，将收集有关果蝇（Drosophila）神经生物学的最新数据。果蝇是研究神经元发育分子遗传学的重要研究生物;E V c c E!​K @ Normal a “ a @ ”默认段落字体E E E E ^约翰·h·波特#\\CLM2\BIRWORK\JPORTER\STRAUABS.DOC罗宾·沃伦\\CLM2\BIRWORK\施特劳斯。这个奖项将支持Flybrain的开发，Flybrain是一个数据库，将收集有关果蝇（Drosophila）神经生物学的最新数据。果蝇是神经发育分子遗传学研究的重要研究对象。;

; R o o t E n t r y F 23 C o m p O b j b W o r d D o c u m e n t O b j e c t P o o l $^ 23 $^ 23 0 ! " # $ % & ' ( ) * + , - . / 1 2 3 4 5 6 7 8 9 : ; = ? @ A B C D E F G H I J K L M F Microsoft Word 6.0 Document MSWordDoc Word.Document.6 ; e = e E E j j j j j j j & 1 W T - & j & j j j j ~ j j j j ^ This award will support the development of Flybrain - a database that will assemble current data about the neurobiology of the fruit fly (Drosophila). Drosophila is an important research organism for the study of molecular genetics of neuronal development and the neuronal basis of behavior. Among complex nervous systems, that of the insect ranks as one of the most accessible experimentally. Defined and quantifiable behaviors can be related to subsets of uniquely identified receptor, central, and efferent neurons, whose combined actions can be considered in the context of animal behavior. Biomedical interest in this relationship derives from the recognition that many regions of the insect nervous system have architectures similar to brain areas of higher vertebrates, and that sensory neuropils in both share common computational properties. Comprehensive understanding of how cooperative activity between layers of identifiable neurons leads to complex behavioral repertoires requires that neural data derived by many different researchers be made available through a database. ; S u m m a r y I n f o r m a t i o n ( Oh +' 0 $ H l D h R:\WWUSER\TEMPLATE\NORMAL.DOT This award will support the development of Flybrain - a database that will assemble current data about the neurbiology of the fruit fly (Drosophila). Drosophila is an important research orgranism for the study of molecular genetics of neuronal develo John H. Porter Robin Warren @ 3GU / @ 13 @ 23 @ ^ Microsoft Word 6.0 3 ; E V c c E ! K @ Normal a " A@ " Default Paragraph Font E E E E ^ John H. Porter#\\CLM2\BIRWORK\JPORTER\STRAUABS.DOC Robin Warren \\CLM2\BIRWORK\STRAUSFE.ASC @ D D = = D D 1 Times New Roman Symbol & Arial " h I * % * % $ - This award will support the development of Flybrain - a database that will assemble current data about the neurbiology of the fruit fly (Drosophila). Drosophila is an important research orgranism for the study of molecular genetics of neuronal develo John H. Porter Robin Warren ; ;