RRC ID 54973
著者 Haesemeyer M, Robson DN, Li JM, Schier AF, Engert F.
タイトル A Brain-wide Circuit Model of Heat-Evoked Swimming Behavior in Larval Zebrafish.
ジャーナル Neuron
Abstract Thermosensation provides crucial information, but how temperature representation is transformed from sensation to behavior is poorly understood. Here, we report a preparation that allows control of heat delivery to zebrafish larvae while monitoring motor output and imaging whole-brain calcium signals, thereby uncovering algorithmic and computational rules that couple dynamics of heat modulation, neural activity and swimming behavior. This approach identifies a critical step in the transformation of temperature representation between the sensory trigeminal ganglia and the hindbrain: A simple sustained trigeminal stimulus representation is transformed into a representation of absolute temperature as well as temperature changes in the hindbrain that explains the observed motor output. An activity constrained dynamic circuit model captures the most prominent aspects of these sensori-motor transformations and predicts both behavior and neural activity in response to novel heat stimuli. These findings provide the first algorithmic description of heat processing from sensory input to behavioral output.
巻・号 98(4)
ページ 817-831.e6
公開日 2018-5-16
DOI 10.1016/j.neuron.2018.04.013
PII S0896-6273(18)30297-6
PMID 29731253
PMC PMC5985529
MeSH Algorithms Animals Behavior, Animal* Brain / diagnostic imaging Brain / metabolism Brain / physiology Calcium Signaling* Functional Neuroimaging Hot Temperature* Larva Neural Networks, Computer Neural Pathways Neurons / metabolism* Neurons / physiology Rhombencephalon / diagnostic imaging Rhombencephalon / metabolism* Rhombencephalon / physiology Swimming* Thermosensing / physiology* Trigeminal Ganglion / diagnostic imaging Trigeminal Ganglion / metabolism* Trigeminal Ganglion / physiology Zebrafish
IF 14.403
引用数 15
リソース情報
ゼブラフィッシュ Tg(vglut2a:|R|-Gal4) Tg(gad1b:|R|-GFP)