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This study identifies novel genes and transcriptomic changes during sporulation in Coprinopsis cinerea, highlighting functionally dark genes involved in spore formation.

This study identifies PP2A as the main phosphatase for BAF dephosphorylation in interphase and shows PP4's role in maintaining centromeric BAF in an unphosphorylated state during mitosis.

This study characterizes GCD1, a Con7-related transcription factor in Coprinopsis cinerea, showing its role in fruiting body morphogenesis and evolutionary conservation across fungi.

This study identifies SRR1 as a conserved regulator of sporulation and ballistospory in mushroom-forming fungi, revealing its role in spore morphogenesis and identifying downstream targets.

This study uses genome editing in Drosophila to trace the evolution of horizontally transferred immune toxins, showing fusionB enhances survival and suppresses parasitoid wasp development.

The paper investigates the distribution and interactions of gamma-tubulin complex proteins in Drosophila spermatogenesis, revealing their roles in organizing diverse MTOCs during cell organelle rearrangement.

This study identifies distinct roles of nucleoside-modified mRNA and lipid nanoparticles in promoting Tfh cell responses through different mechanisms.