X. Dai

The study shows that millet-based supplements improve gut microbiota diversity in undernourished pigs more effectively than corn-based supplements.

The paper integrates single-cell transcriptomics and chromatin accessibility analysis to identify novel regulatory elements in mouse mammary epithelial cells and their differentiation states.

The paper assembles high-quality genomes of two basmati rice varieties using nanopore sequencing and identifies structural variations, gene flow, and genetic groupings in circum-basmati rice.

This study shows that glucose-dependent spatial organization of exocytosis in human β-cells is disrupted in type 2 diabetes.

This study develops an assembly-free nanopore sequencing method to recover complete virus genomes from environmental samples, revealing new viral structures and genomic features.

This study identifies key gut bacteria correlated with systemic iron levels using a murine model and bioinformatic tools, establishing a non-invasive prediction model for iron-related diseases.

The paper identifies overlapping genetic targets of natural and artificial selection in Tripsacum dactyloides and maize for temperate adaptation.

The paper identifies and characterizes two genes, CsMYB6A and CsUGT72AM1, that promote flavonoid accumulation in purple-leaf tea, with CsMYB6A activating structural genes and CsUGT72AM1 catalyzing flavonol glycosylation.