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Big Data Analytics — Systems Biology
Big Data Analytics — Systems Biology
We analyze large-scale omics datasets using advanced machine learning to decipher the modular organization of cellular networks and uncover the principles that govern complex biological systems.
We analyze large-scale omics datasets using advanced machine learning to decipher the modular organization of cellular networks and uncover the principles that govern complex biological systems.
Keywords: Omics biology, Next generation sequencing (NGS), Machine learning
Synthetic Biology
Synthetic Biology
We apply data-driven design strategies to engineer novel biological functions, transfer cellular traits across species, and construct robust microbial platforms with new or enhanced capabilities.
We apply data-driven design strategies to engineer novel biological functions, transfer cellular traits across species, and construct robust microbial platforms with new or enhanced capabilities.
Keywords: iModulon engraftment, cross-species functional recapitulation
Biosystems Designeering
Biosystems Designeering
Integrating systems-level insights with synthetic biology tools, we design, build, and optimize living systems for diverse applications, including bioremediation, production of valuable biomolecules, precision medicine, and high-throughput drug screening.
Integrating systems-level insights with synthetic biology tools, we design, build, and optimize living systems for diverse applications, including bioremediation, production of valuable biomolecules, precision medicine, and high-throughput drug screening.
Research highlight: Using Bacteria as Living Test Tubes to Study Human Gene Mutations and Find New Drug Leads
Research highlight: Using Bacteria as Living Test Tubes to Study Human Gene Mutations and Find New Drug Leads
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