Tadashi Uemura

The paper identifies a neural circuit and molecular mechanism in Drosophila larvae that links internal osmotic state to behavioral adaptation through GPCR signaling.

This study identifies the expression pattern of the GPI-anchored LU superfamily gene bero in Drosophila larvae, showing it is expressed in peptidergic neurons and non-neuronal tissues.

This study shows that Kuzbanian is essential for forming a single-cell-thick adult fat body in Drosophila and is involved in starvation resistance.

This study refines methods for collecting and measuring haemolymph osmolality in Drosophila larvae, concluding the true value is approximately 306.0 mOsm kg-1.

This study identifies key yeast and bacterial species affecting Drosophila larval growth and shows their functional roles in gene regulation and metabolism.

The paper presents a single-cell transcriptome atlas of Drosophila gastrulae, identifying 65 clusters and revealing spatial gene expression patterns across germ layers.

This study identifies Belly roll as a regulator of Drosophila escape behaviors by modulating neuronal activity in ABLK neurons.

The paper shows that nutrient availability affects dendrite complexity in Drosophila neurons via inter-organ signaling pathways.

The paper studies the development of adipose tissue in Drosophila during metamorphosis, identifying precursor cells and mechanisms like migration, proliferation, and fusion.