D. Chattopadhyay

This study uses transgenic mouse models to show that a heightened type 1 IFN response protects against SARS-CoV-2-induced immunopathology, with Irgm1 as a potential therapeutic target.

This study shows that microRNA397 regulates lignin deposition in chickpea roots, affecting drought and fungal infection tolerance.

This study examines how sampling scale affects beta diversity measures in molluscan assemblages along the west coast of India and identifies environmental factors influencing spatial diversity patterns.

This paper develops a codon-optimized CRISPR/Cas9 system delivered by Agrobacterium for chickpea genome editing, achieving 42% editing efficiency in PDS mutants.

This study identifies CaMATE1 and CabHLH as regulators of flower and seed coat color in chickpea by manipulating gene expression in a desi genotype.

This study evaluates how community evenness and sample size affect predation intensity and prey selection estimates using model-based simulations and validates a standardization method with fossil data.

This study identifies genome duplication and transposon-mediated gene alterations in Rhizoctonia solani AG1-IA, showing their role in shaping pathogenicity and genetic diversity.

The paper characterizes the extracellular RNA pool in maize apoplast under normal conditions and during Ustilago maydis infection, finding increased abundance and enrichment in ribosome biogenesis transcripts.

This study examines how tectonic and climatic changes during the Oligo-Miocene affected bivalve fauna in the Kutch Basin, finding limited faunal exchange and stable diversity patterns.

The paper analyzes predation records of microgastropods using cost-benefit analyses to show that micromorphy provides a defensive advantage against predation.

The paper shows that barnacle encrustation on molluscan prey reduces drilling predation success by increasing handling time and decreasing predator preference, supporting associational resistance.

This study examines drilling predation on micromolluscs in a Miocene fossil assemblage, finding size-dependent predation patterns and support for micromorphy as a defense mechanism.

This study examines molluscan body-size responses to climatic fluctuations during the Cenozoic and finds no universal rules governing these responses across different groups.

The paper analyzes 16S rRNA datasets from 12 oil-polluted habitats to identify metagenomic features and biomarkers distinguishing bacterial communities in these environments.