A Role for The SIFa Receptor in the Regulation of Drosophila Circadian Feeding Rhythms
Abstract
Drosophila melanogaster, or the fruit fly, has a brain region called the pars intercerebalis (PI). This region is similar to the hypothalamus in mammals, which helps control hunger by producing hormones. One important molecule involved in this process is SIFamide, a neuropeptide. To investigate the behavioral effects of SiFamide, we genetically modified flies to lack the SiFamide receptor, creating mutant strains. We then examined how these mutations influenced their sleep and feeding behaviors. Our findings revealed that the SiFamide mutants experienced a significant decrease in overall sleep. While Feeding and activity levels tend to increase during specific times of the day
A Role for The SIFa Receptor in the Regulation of Drosophila Circadian Feeding Rhythms
Drosophila melanogaster, or the fruit fly, has a brain region called the pars intercerebalis (PI). This region is similar to the hypothalamus in mammals, which helps control hunger by producing hormones. One important molecule involved in this process is SIFamide, a neuropeptide. To investigate the behavioral effects of SiFamide, we genetically modified flies to lack the SiFamide receptor, creating mutant strains. We then examined how these mutations influenced their sleep and feeding behaviors. Our findings revealed that the SiFamide mutants experienced a significant decrease in overall sleep. While Feeding and activity levels tend to increase during specific times of the day