Decoding Venom.
Transforming therapy.

Explore the evolution of venom.

Pruned animal phylogeny: the sea anemone represents Cnidaria, outside Bilateria. Within Bilateria, the cone snail and scorpion represent Protostomia; the Gila monster and viper represent Squamata. Other lineages are omitted. Branch lengths are not to scale. This is not a reconstruction of venom origins.
Evolutionary Ecology Diet • Ontogeny • Niche Species Phylogenetics Cryptic Taxa • Lineages Biogeography Pan India • Dispersal Population & Phylogenomics Gene Flow • Haplotypes Molecular Evolution Gene Birth • Selection Translational Venomics Antivenoms • Diagnostics
EVOLUTIONARY ECOLOGY DIET · ONTOGENY · NICHE

Evolutionary Ecology: How Diet, Ontogeny & Climate Shape Venoms.

We investigate how predator prey coevolution, developmental life history shifts (juvenile to adult ontogeny), and bioclimatic regimes across diverse habitats drive dramatic intraspecific and interspecific venom variation.

  1. EcologyDiet, ontogeny & niche
  2. PhylogeneticsCryptic taxa & lineages
  3. BiogeographyPan India dispersal
  4. PhylogenomicsGene flow & haplotypes
  5. Mol. EvolutionGene birth & selection
  6. TherapeuticsAntivenoms & diagnostics
RESEARCH DIRECTIONS

Six research themes. From venom evolution to lifesaving innovation.

We investigate venomous life, from genes and venoms to species and ecosystems, to uncover its natural history, trace its evolution and diversification, and reveal the ecological and genetic forces that shape it. We translate these insights into new possibilities for diagnostics, antivenoms and therapeutics.

How diet, environment, and life history shape venom diversity.

Developing antivenoms, diagnostics, and therapeutics from venom research.

Reconstructing evolutionary relationships and uncovering hidden species diversity.

Understanding how geography and Earth’s history shape species distributions and diversification.

Exploring genetic diversity, gene flow, and evolutionary history through genomes.

Investigating how genes and proteins evolve to generate new functions.

Institutional Funders
Collaborators

Meet the lab

Our team brings together expertise in ecology, evolution, genetics, biochemistry, and biotechnology to study venomous animals and their venoms.

Research publications

Explore our research on ecology, biodiversity, evolutionary relationships, genomics, venom biology, and therapeutics.

Latest Papers

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