Suzanne Lee
biomaterials, design, art-science collaboration, sustainability
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
DIYbio, citizen science, science literacy, synthetic biology, molecular biology
material engineering, nanotechnology, advanced materials, self-healing materials
epigenetics, transcription factors, chromatin engineering
systems engineering, tissue engineering, drug development, biomaterials, scaffolds
synthetic biology, NSF, policy, government, research strategy
art-science collaboration, interdisciplinary collaborations, design
biological sciences, biochemistry, biophysics, models, antimalarial drugs, systems biology, computational biology
science policy, scientific publishing, stem cell policy, genomic technologies, research integrity
synthetic biology, science & technology studies, engineering studies, standard-setting, design and values
genome evolution, experimental evolution, yeast, comparative genomics
metabolic engineering, pharmaceuticals
CRISPR, translational control, RNAi
synthetic biology, quorum sensing, biofilm formation, cell-cell communication, directed evolution