sNPF signals are necessary to create internal states mediated by SIFa.

(A, B) MD assays of flies expressing the GAL4SIFa.PT driver together with sNPF-RNAi (two-tailed unpaired t test). In all plots and stat...

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Bibliographic Details
Main Author:	Yutong Song (327091) (author)
Other Authors:	Tianmu Zhang (1731778) (author), Tae Hoon Ryu (22184665) (author), Kyle Wong (8103695) (author), Zekun Wu (9983369) (author), Yanan Wei (3768307) (author), Justine Schweizer (22184668) (author), Khoi-Nguyen Ha Nguyen (15810952) (author), Alex Kwan (22184671) (author), Xiaoli Zhang (135098) (author), Kweon Yu (145783) (author), Woo Jae Kim (15084145) (author)
Published:	2025
Subjects:	Medicine Cell Biology Neuroscience Physiology Evolutionary Biology Sociology Developmental Biology Mental Health ventral nerve cord reduces food intake process remain elusive precise molecular underpinnings increased food intake external environmental stimuli drosophila melanogaster </ shorter mating duration selectively integrating inputs reduced mating duration longer mating duration internal physiological cues differentially regulate sleep regulate energy balance div >< p sifa neurons interact sifa neurons coordinate mating duration energy balance sleep patterns internal states absorbing inputs sifa neurons snpf neurons peptidergic neurons neurons engage smd ). signals enable shedding light receive signals neuropeptide sifamide modifying behaviors metabolic status feedback loop dependent manner circadian timing behavioral responses animal ’
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