Wanhe Li

This study examines how environmental factors during and after social isolation affect sleep loss in Drosophila, finding that sleep loss persists but is influenced by environmental context.

This study shows that early-life social isolation in flies accelerates TDP-43-related neurodegeneration later in life by enhancing mdg4 activation and pathologic propagation.

This study identifies a distinct metabolomic signature in Drosophila under chronic social isolation, linking it to changes in sleep, feeding, and metabolism.

The paper introduces GIGEM, a software suite for analyzing Drosophila sleep in multi-batch experiments, showing chronic social isolation causes significant sleep loss across most SIP lines.

The paper investigates how genetic changes in CO2-sensing neurons drive divergent oviposition preferences in Drosophila species.

The paper uses time-series RNA-seq in Drosophila to identify temperature-specific and temperature-compensated circadian genes, finding that only core clock genes are consistently temperature-compensated.

This study presents a system for long-term Drosophila body mass monitoring using vibration analysis, showing mass variations over 14 days in wild-type flies.

The paper develops a system for real-time classification of circadian rhythms in complex mouse behaviors, finding sex and estrogen influence several circadian properties.