… Together with functional studies, these data have revealed the detailed circuitry and likely
mechanism(s) of motion detection by T4 and T5 neurons. T4 are the ON directionally selective …

… Thus, the functional analysis of PMSIs in the segments of VNC show that the motor activity
pattern of PMSIs were similar to rhythmic motor patterns of larval peristaltic movements. …

… How neurons detect the direction of motion is a prime example of neural computation: Motion
… The genetic methods available in the fruit fly Drosophila and the charting of a connectome …

… spatial pattern, motion detectors in both taxa … fruit fly Drosophila melanogaster to characterize
divergent properties of feature selection. We identified LC12 and LC15 as feature detectors…

… courtship, flies detect complex spatiotemporally structured features of conspecifics, laying
the foundation for a mechanistic understanding of conspecific recognition in Drosophila. …

… From a visual circuit perspective, coherent rotational motion concentrates activity of
elementary motion detecting neurons T4/T5 within a single layer of the lobula plate, where as …

… nervous system (CNS) in adult Drosophila. Next, to assess the importance of electrical synapses
in neuronal function… shakB, the most widely expressed neuronal gap junction protein, in …

… functionally characterize … neuronal types in a particular brain region, this has helped reveal
the design principles governing operations of the fly nervous system from motion detection …

… a local feature detector. To test this hypothesis, we systematically characterized responses
to a … All classic models of directionally selective motion detection, including the Hassenstein-…

… clarified by using Drosophila melanogaster, … Drosophila [4,5,6,7,8,9,10,11,12]. In this review,
the focus will be on recent progress in the functional analysis of glycans using Drosophila. …