G. Niu

Mitochondrial genome evolution in the Diprionidae: Major gene rearrangement in the basal Hymenoptera

The paper examines mitochondrial gene rearrangements in Diprionidae, showing their potential as phylogenetic markers in Hymenoptera evolution.

Chi-miR-3880 mediates the regulatory role of interferon gamma in goat mammary gland

This study investigates the IFN{gamma}/chi-miR-3880/DDX58 axis in goat mammary gland lactation, showing its role in regulating proliferation, lipid formation, apoptosis, and involution through specific signaling pathways.

Identification and calibration of ultrabright localizations to eliminate quantification error in SMLM

This paper identifies and calibrates ultrabright localizations in SMLM to improve quantification accuracy for biomolecular organization.

Improving localization precision via restricting biomolecule confined stochastic motion in SMLM

This study investigates stochastic motion of biomolecules in SMLM and shows that restricting this motion improves localization precision.

Porcine model elucidates function of p53 isoform in carcinogenesis

This study uses a porcine model to show that specific p53 isoforms and circular TP53 RNA drive tumorigenesis, particularly osteosarcoma, in pigs and likely have similar roles in humans.

Compositional Variability and Mutation Spectra of Monophyletic SARS-CoV-2 Clades

The paper analyzes mutation spectra and compositional variability in SARS-CoV-2 clades to understand mutation patterns and their implications for viral proteomes.

Malaria transmission assisted by interaction between Plasmodium α-tubulin-1 and Anopheles FREP1 protein

This study identifies Plasmodium α-tubulin-1 as a binding partner of Anopheles FREP1, showing that anti-α-tubulin antibodies inhibit malaria transmission to mosquitoes.

Rare non-synonymous germline mutations systematically define the risk of triple negative breast cancer

This paper identifies rare germline mutations associated with triple-negative breast cancer risk using a machine learning approach and shows improved risk prediction compared to existing methods.

Lipid rafts increase to facilitate ectoderm lineage specification of differentiating embryonic stem cells

The paper shows lipid rafts increase during mESC differentiation and support ectoderm lineage specification and pluripotency exit.