R. K. Mishra

The paper presents high-resolution cryo-EM structures of wheat ribosomes and identifies unique features compared to other eukaryotes.

The paper deconstructs and reconstructs the Nuclear Matrix (NuMat) to reveal its organizational layers through biochemical fractionation and proteomic analysis.

The paper surveys bird diversity across four habitat types in a peri-urban landscape, finding that cropland and wasteland support rich avian diversity and significant variation in species composition.

The paper shows that manganese stress in E. coli activates a circuit involving ammonia production and cytoplasmic alkalization, enhancing mntP-riboswitch activation to improve manganese tolerance.

This study identifies spike mutations in B.1.617.3 SARS-CoV-2 variants that reduce neutralization sensitivity and increase infectivity.

This paper introduces a protocol for in situ Nuclear Matrix preparation in Drosophila embryos and tissues, enabling the study of nuclear architecture in a biologically relevant 3D context.

The paper shows that excess free spermidine generates superoxide radicals, causing toxicity in bacteria lacking the SpeG enzyme, while SpeG enables tolerance by neutralizing spermidine.

This study identifies critical residues in Plasmodium SUMO and Ubc9 that enable unidirectional cross-species interactions with human SUMOylation machinery, suggesting potential targets for antimalarial drugs.

This study shows that SARS-CoV-2 can be cultured from dry swabs stored at room temperature or 4°C, comparable to traditional viral transport medium.

The paper shows EJC-dependent mRNA localization to centrosomes affects ciliogenesis and mNSC division.

The paper shows that overexpressed Nup88, stabilized by its interaction with Nup62, promotes NFκB-dependent pathways in head and neck cancer, enhancing cell proliferation and migration.

This study investigates how PDGFR alpha signaling in cardiac fibroblasts affects quiescence, metabolism, and self-renewal, leading to improved heart repair after myocardial infarction.

This study shows ELYS regulates NF-κB pathway dynamics during Drosophila development, and its misregulation causes apoptosis through sustained NF-κB nuclear accumulation.