BIOLOGY RESEARCH
INSTAR Lab studies living systems across all scales of organization — from the molecular choreography inside a single cell to the population dynamics of ecosystems under pressure. Our biology program spans molecular, cellular, evolutionary, marine, and computational sub-disciplines, united by a conviction that the most consequential discoveries happen when these perspectives converge. AI and data analytics accelerate every facet of this work, from genome assembly to ecological forecasting, making biology one of INSTAR's most richly interdisciplinary research domains.
Molecular & Cell Biology
We investigate gene regulation, protein folding, cell signaling, and organelle dynamics using CRISPR-based tools, cryo-electron microscopy, and single-cell sequencing. A core interest is mapping the regulatory networks that govern cell-fate decisions — understanding how the same genome produces hundreds of distinct cell types has profound implications for regenerative medicine and our grasp of disease.
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Evolutionary Biology
Our evolutionary biologists reconstruct phylogenetic relationships, study adaptive radiation, and model population genetics using comparative genomic data spanning broad taxonomic ranges. Evolutionary biology grounds our understanding of why organisms work the way they do — the lens through which genetic variation, disease susceptibility, and conservation strategy all make sense.
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Ecology & Conservation
We study species interactions, community assembly, and ecosystem services through field experiments, satellite remote sensing, and mathematical modeling. Quantifying how ecosystems function — and how they degrade under pressure — is essential knowledge for land management agencies, conservation planners, and anyone designing nature-based climate solutions.
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Marine Biology
Our marine biology interest spans coral reef resilience, deep-sea chemosynthetic ecosystems, and pelagic food-web dynamics. The ocean covers most of Earth's surface and regulates climate, oxygen production, and food security — yet remains poorly characterized relative to terrestrial environments. Autonomous platforms and environmental DNA sampling are beginning to change that.
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Synthetic Biology
We study the engineering of biological systems — genetic circuits, metabolic pathways, chassis organisms — with interest in biosensing, bioremediation, and bio-based manufacturing. Synthetic biology raises fundamental questions about what is possible with living matter, and answering them rigorously requires the kind of interdisciplinary expertise that sits at INSTAR's core.
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Bioinformatics
Our computational biologists develop algorithms and analytical pipelines for genome assembly, protein structure prediction, and multi-omics integration. Bioinformatics is not a support function at INSTAR — it is a primary research discipline, generating testable hypotheses about biological systems that no laboratory method alone could surface from the data.
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