＜正＞An issue central to the theme of complexity in the dynamics and function of biological networks concerns the inferences that can be made from multiscale measurements ranging from microscopic to macroscopic level...
＜正＞An issue central to the theme of complexity in the dynamics and function of biological networks concerns the inferences that can be made from multiscale measurements ranging from microscopic to macroscopic levels of *** research is based on interdisciplinary approaches ranging from electrophysiology（intracellular sharp and patch recordings,in vivo）,network imaging（voltage sensitive dye）,psychophysical measurements to functional databasing and phenomenological and computational *** long-term aim is to relate elementary processes of integration（conductance activation） to the emergence of collective "high-order" network properties expressed during low-level（non-attentive） *** talk will be focused on change in cortical dynamics and functional architecture（functional polymorphy） as a function of visual input statistics.
＜正＞Optokinetic response（OKR） is a reflexive response which is elicited by a slowly moving image across the *** stimulation is generated by a drum with black-white vertical stripes on its internal wall horizontall...
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＜正＞Optokinetic response（OKR） is a reflexive response which is elicited by a slowly moving image across the *** stimulation is generated by a drum with black-white vertical stripes on its internal wall horizontally rotating around the *** treat 8-9 dpf larvae by either egg water or drugs for an hour before the *** larvae are then transferred to a 3.5 cm-diameter petri dish containing 6%methylcellulose at the center of the *** of the optokinetic responses are captured by CCD camera and processed by Image-J to analyze the effects of anxiolytic drugs on visual system.
Ion channels are important molecules for membrane excitability in the nervous system and signal transduction in non-excitable *** conventional high throughput technologies and automated electrophysiology, we have scre...
Ion channels are important molecules for membrane excitability in the nervous system and signal transduction in non-excitable *** conventional high throughput technologies and automated electrophysiology, we have screened large compound libraries in the order of more than 300,000 structures for modulators of several classes of ion *** characterizations of these active compounds are under way and have begun to reveal both diverse and novel regulatory *** information provides new insights into chemical regulation and drug development for ion channels.
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