Biotech, Life Sciences & Healthcare

Classical biochemistry methods, NMR, & Mass Spectrometry-based approaches to study enzymes, regulation, as well as the discovery of novel enzyme effectors and therapeutic molecules.

Applications include: 

• Materials chemistry, characterization, and optimization
• High-throughput assay development and testing
• Toxicity detection, characterization, and prediction
• Synthesis of all classes of chemical compounds

Genomics & Bioanalytics applies genomics, sequencing and bioinformatics to new research in digital biosecurity, multi-omics, big data analysis, biosurveillance, DNA data storage and signature discovery.

Applications include: 

• Measure & analyze DNA, RNA, proteins, and metabolites 
• Correlate data with clinical outcomes for the identification of biochemical pathways
• Strain characterization and optimization 
• Custom analysis & visualization tools
• Modeling & machine learning for complex systems

Basic science and molecular tool development to understand host and pathogen interactions for detection and the discovery of novel therapeutics.

Applications include: 

• Probing virus and host protein interactions in situ
• Identify and predict pathogen evolution and drug responses
• Biomarker and signature discovery
• Reagent & assay development and validation
• Drug library screening & optimization

Interdisciplinary research to build engineered biological systems through integrating advances in genetic and metabolic engineering, systems biology, computational modeling, and biotechnology.

Applications include: 

• High throughput screening and selection
• Express, purify, and characterize challenging proteins
• Modification of protein-based reagents
• Fluorescence & live microscopic imaging
• Single cell to biome investigations