Emma |
Frow |
Arizona State University |
Edinburgh, England |
synthetic biology, science & technology studies, engineering studies, standard-setting, design and values |
Karmella |
Haynes-Farrell |
Arizona State University |
Tempe, AZ |
epigenetics, transcription factors, chromatin engineering |
Samira |
Kiana |
Arizona State University |
Tempe, AZ |
synthetic biology, genetic devices, genetic circuits, CRISPR, genetic engineering |
Caroline |
Ajo-Franklin |
Berkeley Lab |
Berkeley, CA |
carbon capture, bio-solar energy generation, electronic materials, mineralization of carbonates, self assembly of S-layer proteins, nanostructure assembly |
Linda |
Kahl |
BioBricks Foundation |
Stanford, CA |
intellectual property, ownership sharing & innovation, law |
Natalie |
Kuldell |
BioBuilder Foundation |
Cambridge, MA |
education, problem-based learning, synthetic biology, K-12 |
Marilene |
Pavan Rodrigues |
Boston University |
Boston, MA |
biotechnology, synthetic biology, computational biology |
June |
Medford |
Colorado State University |
Fort Collins, CA |
plant synthetic biology, synthetic biology, signal transduction, biosensors, biofuels |
Alicia |
Jackson |
Drawbridge Health |
San Francisco, CA |
material engineering, nanotechnology, advanced materials, self-healing materials |
Arti |
Rai |
Duke University |
Durham, NC |
intellectual property, policy, biotechnology, pharmaceuticals |
Caroline |
Peres |
DuPont (Genencor) |
Palo Alto, CA |
microbial physiology, fermentation engineering, metabolic engineering, molecular biology |
Michele |
Garfinkle |
EMBO |
Washington, DC |
science policy, scientific publishing, stem cell policy, genomic technologies, research integrity |
Stephanie |
Culler |
Genomatica |
San Diego, CA |
metabolic engineering, synthetic biology, sustainable chemical production, applied microbiology, systems biology, RNA splicing, microbiology |
Ellen |
Jorgensen |
Genspace NYC |
Brooklyn, NY |
DIYbio, citizen science, science literacy, synthetic biology, molecular biology |
Pamela |
Peralta-Yahya |
Georgia Tech |
Altanta, GA |
metabolic engineering, chemical synthesis, biosensors, biofuels, alkaloids, microbial synthesis |
Christina |
Agapakis |
Ginkgo Bioworks |
Cambridge, MA |
synthetic biology, microbial ecology, art-science collaboration, science communication |
Grace |
Paradise |
Givaudan Flavors |
Cincinnati, OH |
flavorings, natural products, chemistry, organic chemistry |
Jackie |
Quinn |
Google |
San Francisco, CA |
bioengineering, design languages, computer aided design, computational tools |
Joanna |
Aizenberg |
Harvard University |
Cambridge, MA |
bioinspired materials, slippery surfaces, adaptive hybrid architectures, self-assembly, bionanointerfaces, crystal growth, nanostructured surfaces |
Emily |
Balskus |
Harvard University |
Cambridge, MA |
microbial chemistry, microbial communities, human microbiota, novel enzymes, biocompatible chemistry |
Irene |
Otero-Muras |
IIM-CSIC Spanish National Research Council |
36209 Vigo, Spain |
computational tools for synthetic biology, automated biorcircuit design, computational systems biology, biochemical networks, optimization |
Francesca |
Ceroni |
Imperial College London |
London, England |
genetic devices, design rules, microRNAs |
Jaline |
Gerardin |
Intellectual Ventures |
Seattle, WA |
biological sciences, biochemistry, biophysics, models, antimalarial drugs, systems biology, computational biology |
Radha |
Krishnakumar |
Intrexon Corporation |
Washington, DC |
synthetic biology, whole genome engineering, DNA assembly, cancer therapy |
Anne |
Osbourn |
John Innes Centre |
Norwich, England |
plant synthetic biology, metabolic pathway engineering |
Claire |
Marris |
King's College London |
London, England |
social studies of science and technology, STS, policy, risk assessment, public decisionmaking |
Cosima |
Dufour-Schroif |
L'Oreal |
Île-de-France, France |
metabolic engineering, pharmaceuticals |
Melissa |
Rhoads |
Lockheed Martin |
Washington, DC |
biological sciences, cell and molecular biology, project management, systems engineering, technical writing, team building |
Angela |
Belcher |
MIT |
Cambridge, MA |
directed evolution, material engineering, hybrid materials, self-assembly, electronic materials, magnetic materials |
Domitilla |
Del Vecchio |
MIT |
Cambridge, MA |
control theory, computational tools, genetic circuits, biological networks, feedback control |
Kristala |
Prather |
MIT |
Cambridge, MA |
metabolic engineering, metabolic flux, bioprocess engineering |
Linda |
Griffith |
MIT |
Cambridge, MA |
systems engineering, tissue engineering, drug development, biomaterials, scaffolds |
Suzanne |
Lee |
Modern Meadow |
Brooklyn, NY |
biomaterials, design, art-science collaboration, sustainability |
Betul |
Kacar |
NASA Astrobiology Institute and Georgia Tech |
Boston, MA |
ancestral sequence reconstruction, experimental evolution, phylogenetics, evolutionary biochemistry, science communication, astrobiology |
Sarah |
Munro |
NIST |
Stanford, CA |
synthetic biology, biomedical measurement science |
Kathleen |
Vogel |
North Carolina State University |
Durham, NC |
policy, biosecurity, defense applications |
Alexandra Daisy |
Ginsberg |
Royal College of Art, London |
London, England |
art-science collaboration, interdisciplinary collaborations, design |
Cynthia |
Collins |
RPI |
Troy, NY |
synthetic biology, quorum sensing, biofilm formation, cell-cell communication, directed evolution |
Carolyn |
Bertozzi |
Stanford University |
Stanford, CA |
bioorthogonal chemistry, glycomics, biochemistry, organic synthesis, biopolymers, cell-cell communication |
Megan |
Palmer |
Stanford University |
Stanford, CA |
biosafety, biosecurity, leadership, science policy |
Theresa |
Good |
U.S. National Science Foundation |
Washington, DC |
synthetic biology, NSF, policy, government, research strategy |
Linda |
Chrisey |
U.S. Office of Naval Research |
Arlington, VA |
biosensors, biomaterials, novel circuits, defense applications |
Susan |
Marqusee |
UC Berkeley |
Berkeley, CA |
protein engineering, protein folding, structural biology, biophysics |
Michelle |
Chang |
UC Berkeley |
Berkeley, CA |
metabolic pathway engineering, biofuels, biochemistry, chemical biology, synthetic biology, pharmaceuticals |
Jennifer |
Doudna |
UC Berkeley |
Berkeley, CA |
CRISPR, translational control, RNAi |
Yvonne |
Chen |
UCLA |
Los Angeles, CA |
synthetic biology, novel circuits, mammalian systems, cell-based cancer therapy, T-cells, cancer therapy |
Tanja |
Kortemme |
UCSF |
San Francisco, CA |
computational biology, computational tools, modeling, protein engineering |
Jane |
Calvert |
University of Edinburgh |
Edinburgh, England |
science and technology studies, sociology of science, philosophy of biology, science policy, engineering studies, synthetic biology, systems biology |
Joelle |
Pelletier |
University of Montreal |
Montreal, QB, Canada |
molecular modeling, enzymology, protein engineering, directed evolution |
Maitreya |
Dunham |
University of Washington |
Seattle, WA |
genome evolution, experimental evolution, yeast, comparative genomics |
Outi |
Koivistoinen |
VTT Technology for Business |
Espoo, Finland |
biotechnology, microbiology, molecular biology, bio-based chemicals, biopolymers |