Gaiti Hasan

This study identifies Orai-mediated Ca2+ entry as a key regulator of gene expression in flight-promoting dopaminergic neurons, essential for their functional maturation and flight behavior.

This study shows that WFS1 interacts with IP3R in Drosophila dopaminergic neurons to regulate mitochondrial morphology and function, and that mutations in these genes cause flight deficits.

The paper identifies a STIM-dependent dopamine-insulin axis in Drosophila larvae that regulates feeding and growth by modulating insulin-like peptide expression.

The paper shows that IP3/Ca2+ signals in specific neurons drive dSET2 expression, which regulates gene expression through H3K36 methylation to enable pupariation under protein deficiency.

This study shows that presynaptic IP3Rs in dopaminergic neurons modulate flight and feeding behaviors in Drosophila by affecting dopamine release and neuronal excitability.

This study identifies STIM-regulated neuropeptides, Corazonin and short Neuropeptide F, essential for Drosophila development under nutrient restriction.

The paper investigates how FMRFa receptor-mediated Ca2+ signals modulate flight behavior in Drosophila by affecting dopaminergic neuron activity.