Women in EB
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Kristala Prather
metabolic engineering, metabolic flux, bioprocess engineering
metabolic engineering, metabolic flux, bioprocess engineering
microbial physiology, fermentation engineering, metabolic engineering, molecular biology
metabolic engineering, chemical synthesis, biosensors, biofuels, alkaloids, microbial synthesis
molecular modeling, enzymology, protein engineering, directed evolution
biotechnology, synthetic biology, computational biology
flavorings, natural products, chemistry, organic chemistry
biosafety, biosecurity, leadership, science policy
computational tools for synthetic biology, automated biorcircuit design, computational systems biology, biochemical networks, optimization
plant synthetic biology, metabolic pathway engineering
synthetic biology, biomedical measurement science
plant synthetic biology, synthetic biology, signal transduction, biosensors, biofuels
social studies of science and technology, STS, policy, risk assessment, public decisionmaking
protein engineering, protein folding, structural biology, biophysics
biomaterials, design, art-science collaboration, sustainability
synthetic biology, whole genome engineering, DNA assembly, cancer therapy
computational biology, computational tools, modeling, protein engineering
biotechnology, microbiology, molecular biology, bio-based chemicals, biopolymers
synthetic biology, genetic devices, genetic circuits, CRISPR, genetic engineering
intellectual property, ownership sharing & innovation, law
ancestral sequence reconstruction, experimental evolution, phylogenetics, evolutionary biochemistry, science communication, astrobiology