Nivedita Hariharan

This study shows that Angiogenin activity is essential for RNA remodeling during the maternal-to-zygotic transition in mouse embryos, affecting transcript clearance, small-RNA dynamics, and RNA granule organization.

This study shows that oxygen and mechanical cues interact to define distinct cellular states in 3D environments through a reciprocal regulatory coupling.

This study shows that PABP2 is essential for neoblast differentiation during planarian regeneration, as its deficiency disrupts progenitor formation and tissue organization.

This study shows that FMRP regulates the 2O-methylation pattern of rRNA during neuronal differentiation, which affects protein synthesis and is disrupted in Fragile X Syndrome.

This study shows that Drosophila larval macrophages reprogram their metabolism in response to high sugar diets, with mixed effects on growth, where lipogenic shifts promote growth but are insufficient to counteract other metabolic changes.

The paper identifies ES30L, an expansion segment in ribosomal RNA, as potentially regulating translation by interacting with transcripts and RNA-binding proteins.

The paper identifies cell- and stage-specific transcriptional signatures in Drosophila neurons, glia, and hemocytes, revealing that developmental stage significantly influences gene expression patterns.

The paper reports a chromosome-level genome assembly of A. hypochondriacus landrace AhKP and classifies grain amaranth accessions based on SNP analysis.

The paper uses bulk and single-cell RNA sequencing to study Drosophila hemocyte heterogeneity across developmental stages and immune challenges, identifying novel cell types and functional states.