SEED16 Poster Information
Poster Awards:
We will be awarding a few poster awards to students who are presenting posters at SEED 2016. Poster awards are sponsored by:
- Oxford University Press: Synthetic Biology
- Wiley: Biotechnology and Bioengineering
- EMBO Press: Molecular Systems Biology
- Wiley: Biotechnology Journal
Rapid Fire Session Info:
Before each poster session, there will be a “rapid fire” session where select presenters will get 90 seconds to give an overview of their posters. The rapid fire presenters are listed below.
Rapid Fire Session A (Tuesday, July 19, 5:30-6:00PM)
Poster # | Poster Title | Last Name | First Name | Association |
9 | Minimum Flow Cytometry Calibration Information (MinFlowCal) | Beal | Jacob | Raytheon BBN Technologies |
11 | Development of a Multiplexed Cadmium Biosensor for the Detection of Heavy Metals in the Environment | Bereza-Malcolm | Lara | La Trobe University |
19 | Creating Libraries of Orthogonal RNA Toehold Repressors | Carlson | Paul D. | Cornell University |
25 | Effects of Ribosome Autocatalysis and Negative Feedback in Resource Competition | Chandra | Fiona | MIT |
39 | Engineering Bacterial Two Component Sensors to Study Gut Inflammation | Daeffler | Kristina | Rice University |
45 | Novel Lactate Biosensor for Use in Low Oxygen Conditions | Dekker | Linda | Imperial College London |
47 | A Cas9-Based Toolkit to Program Gene Expression in Saccharomyces Cerevisiae | d'Espaux | Leo | Lawrence Berkeley National Lab |
53 | Pooled Assembly, Genotyping and Scoring of Diverse Genomic Libraries | Egbert | Robert | University of California Berkeley |
63 | Bioengineering Magnetic Nanoparticles in Magnetotactic Bacteria | Furubayashi | Maiko | Massachusetts Institute of Technology |
67 | Secretion and Self-Assembly of Protein-Protein Conjugates from Bacillus Subtilis | Gilbert | Charlie | Imperial College London |
71 | A Hacked 3D Printer Towards the Printing of Materials through Biological Organisms | González | Lina M. | Massachusetts Institute of Technology |
93 | Engineered, Evolved, and Re-Engineered Yeast for Producing Cellulosic Biofuels | Jin | Yong-Su | University of Illinois at Urbana-Champaign |
95 | A Cell-Free Framework for Rapid Biosynthetic Pathway Prototyping and Enzyme Discovery | Karim | Ashty | Northwestern University |
97 | A Novel Class of Programmable Hormone-Responsive Transcription Factors to Re-Engineer Plant-Environment Interactions | Khakhar | Arjun | University of Washington |
123 | One-Step in Vitro Large Gene Cluster Cloning By Crispr-Cas9 with Gibson Assembly | Lou | Chunbo | Chinese Academy of Science |
135 | Precise Control of Lycopene Production for Use in a Fast-Responding Biosensor | McNerney | Monica | Georgia Institute of Technology |
171 | Rewiring Cellular Input-Output to Engineer Cell-Based Therapies Thatinterface Robustly with Human Physiology | Schwarz | Kelly A. | Northwestern University |
189 | Programming the Timing of Gene Expression in Synthetic Circuits | Tei | Mika | UC Berkeley |
139 | Quality and Quantity: Protein Production and Folding Using a Bacterial Protein Secretion System | Metcalf | Kevin James | UC Berkeley |
Rapid Fire Session B (Wednesday, July 20, 5:30-6:00PM)
Poster # | Poster Title | Last Name | First Name | Association |
2 | Development and Implementation of an Automated Data Analysis Workflow for High Throughput Part Characterisation Data | Ainsworth | Catherine M. | Imperial College London |
4 | The Role of Single Occupancy Effects on Integrase Dynamics in a Cell-Free System | Artavanis | Georgios | California Institute of Technology |
42 | Cell-Free Synthesis and Assembly of Protein Nano-Machines on a Chip | Daube | Shirley S. | Weizmann Institute of Science |
56 | Reusable Barcode Library for Combinatorial Design Assembly by Retrieval | Eluere | Raissa | Broad Institute |
64 | A Droplet Microfluidic Platform for Automating Genetic Engineering | Gach | Philip | Sandia National Laboratories |
74 | Massively-Parallel Laboratory Evolution of Bacteriophage T7 Reveals Differential Evolutionary Utility of Expanded Genetic Codes | Hammerling | Michael J. | University of Texas at Austin |
80 | The Joint Genome Institute’s Synthetic Biology Internal Review Process | Hillson | Nathan J | Lawrence Berkeley National Laboratory |
100 | RNA Information Processors for Complex In Vivo Logic Computation | Kim | Jongmin | Harvard University |
108 | Open Vectoreditor: Freely Open-Source Javascript Web Application for DNA Visualization, Annotation, and Editing | LaFrance | Sarah | JBEI |
110 | Design, Synthesis and Testing Towards a 57-Codon Genome | Landon | Matthieu M. | Harvard Medical School |
160 | Spatial Ratiometric Analysis for Intrinsic Plant Promoter Activity | Pollak | Bernardo | University of Cambridge |
162 | Designer Biosensors That Respond to New Small Molecules | Raman | Vatsan | University of Wisconsin-Madison |
166 | Engineering Efficient Specialist Strains for a Synthetic Multi-Species Microbial Consortium | Saleski | Tatyana | University of Michigan |
168 | Using bacteria to make improved, nacre-inspired materials | Schmieden | Dominik T. | Delft University of Technology |
208 | RNA- Programmed DNA Methylation | Xiong | Tina | Johns Hopkins University |
212 | DNA Origami Sensor That Controls Gene Expression | Zadegan | Reza M. | Boise State University |
214 | Metabolic Design Principles for Engineering Synthetic Microbial Communities | Zerfass | Christian | University of Warwick |
224 | Seeing the Invisible: Exploting Crosstalk to Measure Genetic Constructs In Vivo | Hecht | Ariel | National Institute of Standards and Technology |
General Poster Info:
There will be two poster sessions at SEED16. We ask that poster dimensions be, at most, 3.5’x3.5.’
Poster Session A will be Tuesday, July 19 from 6:00-7:30 pm. Presenters in Poster Session A can set up their posters as early as Monday afternoon and should take them down immediately after the session.
Poster Session B will be Wednesday, July 20 from 6:00-7:30 pm. Presenters in Poster Session B should set up their posters Wednesday morning and can leave them up until the end of the conference.
The presentation line-up is shown below. Odd-numbered posters will be presented in Session A (Tuesday, July 19), even-numbered posters will be presented in Session B (Wednesday, July 20). Note: the list is arranged mostly alphabetically by last name, but there are a few exceptions.
Please contact derrw@aiche.org if:
• You see your name on the list but are no longer able to present your poster,
• You do not see your name on the list but wish to present a poster,
• You have any other questions.
Poster # | Poster Name | Last Name | First Name | Association |
1 | Tunable Thermal Bioswitches for Noninvasive Genetic Regulation | Abedi | Mohamad | Caltech |
2 | Development and Implementation of an Automated Data Analysis Workflow for High Throughput Part Characterisation Data | Ainsworth | Catherine M. | Imperial College London |
3 | Telling Tales to Recode Zebrafish Genome: Chemical Reprogramming of Zebrafish for High-Efficiency Genome Editing | Aksoy | Yagiz Alp | Macquarie University |
4 | The Role of Single Occupancy Effects on Integrase Dynamics in a Cell-Free System | Artavanis | Georgios | California Institute of Technology |
5 | Tuning the Electron Transfer Activity of a 2Fe2S Ferredoxin Using Homologous Recombination and an Escherichia coli Selection | Atkinson | Joshua T. | Rice University |
6 | Improvements to Nitrogen Production in a Model Bacterium for Biofertilizer Application | Barney | Brett M. | University of Minnesota |
7 | Directing Inward Electron Transport to the Cytosol in Mtr-Escherichia coli Using Fumarate Reductase | Baruch | Moshe | Lawrence Berkeley National Laboratory |
8 | Accelerating Genome Engineering in E. coli: From Single Step Pathway Integration to Trackable Genomic Diversity | Bassalo | Marcelo | University of Colorado Boulder |
9 | Minimum Flow Cytometry Calibration Information (MinFlowCal) | Beal | Jacob | Raytheon BBN Technologies |
10 | Reproducibility of Fluorescent Expression from Engineered Biological Constructs in E. coli | Beal | Jacob | Raytheon BBN Technologies |
11 | Development of a Multiplexed Cadmium Biosensor for the Detection of Heavy Metals in the Environment | Bereza-Malcolm | Lara | La Trobe University |
12 | Interactions Between Non Homologous End Joining Repair and Type II Crispr-Cas Systems | Bernheim | Aude | Institut Pasteur |
13 | Orthogonal Gene Expression: Creating 3 Promoter Banks Linked to Different Sigma Factors Which Are Orthogonal Between Eachother and Towards the Host | Bervoets | Indra | Free University of Brussels |
14 | Engineering DNA polymerase delta to make its activity Ca2+ dependent | Bhan | Namita | Northwestern University |
15 | Rational Design of High-Number DNA Fragments for Gene Construction | Birla | Bhagyashree | Iowa State University |
16 | Prediction of Host-Circuit Interactions Using Cell-Free Protein System | Borkowski | Olivier | Imperial College London |
17 | Acoustic Reporter Genes for High-Resolution Ultrasound Imaging of Engineered Bacteria In Vivo | Bourdeau | Raymond W. | California Institute of Technology |
18 | An Update on Synbis – the Synthetic Biology Information System | Bultelle | Matthieu A. | Imperial College |
19 | Creating Libraries of Orthogonal RNA Toehold Repressors | Carlson | Paul D. | Cornell University |
20 | Repurposing Ribosomes for Synthetic Biology: Ribo-T v2.0 | Carlson | Erik D. | Northwestern University |
21 | DNA Component Order Independence Using Insulated Bacterial Promoters | Carr | Swati | Boston University |
22 | Effects of Resource Sharing on Gene Expression Dynamics | Caveney | Patrick M. | Oak Ridge National Laboratory |
23 | The Operon Calculator: Automated Design of Synthetic Operon Sequences Using 15 Models and Design Rules | Cetnar | Daniel | Pennsylvania State University |
24 | "Passcode" Kill Switch: Modular Hybrid Transcription Factors for Programmable Biocontainment | Chan | Clement T. Y. | MIT |
25 | Effects of Ribosome Autocatalysis and Negative Feedback in Resource Competition | Chandra | Fiona | MIT |
26 | Engineering Small Transcription Activating RNAs (STARs) | Chappell | James | Cornell University |
27 | An In Vivo mutation Prevention System | Chavez | Alejandro | Harvard Medical School |
28 | Using Volatile Gas Production As an Output for Genetic Circuits to Report on Programmed Microbial Behaviors in a Soil | Cheng | Hsiao-Ying | Rice University |
29 | Enhancing Tolerance to Potato Zebra Chip Disease Using a Transgenic Approach | Chiong | Kelvin | Texas A&M AgriLife Research |
30 | Transhydrogenase Promotes the Robustness and Evolvability of Metabolic Networks | Chou | Hsin-Hung | National Taiwan University |
31 | Whole Genome Regulator Mutant Library for Expedited Identification of Beneficial Mutations for Enhanced Tolerance Towards Environmental Stress | Choudhury | Alaksh | University of Colorado, Boulder |
32 | Single-Chain Variable Fragment Antibodies Targeting Amyloid β Oligomers: Alzheimer’s Disease Toxins | Cline | Erika | Northwestern University |
33 | Rewriting the Genome Novel Tools in Synthetic Biology | Clore | Adam | Integrated DNA Technologies |
34 | Application of a Transient Viral Vector for Efficient Genome Editing in Plants | Cody | Will | Texas A&M University |
35 | Integration of an Inducer-Producing Metabolic Pathway in an Artificial Cell | Coutable | Angelique | University of Bristol |
36 | Engineering an Escherichia coli Strain to Characterize Heme Metabolism | Couture | Manon | Université Laval |
37 | Consequences of Cas9 Cleavage in the Chromosome of Escherichia coli | Cui | Lun | Institut Pasteur |
38 | Computational Colloids: Engineered Bacteria As Computational Agents in the Design and Manufacture of New Materials and Structures | Dade-Robertson | Martyn | Newcastle University |
39 | Engineering Bacterial Two Component Sensors to Study Gut Inflammation | Daeffler | Kristina | Rice University |
40 | Developing Sugarcane and Energy Cane As Highly Productive Biofactory Platforms | Damaj | Mona B. | Texas A&M AgriLife Research |
41 | Characterizing the Role of 23S rRNA Peptidyltransferase Center Interactions in Translation Fidelity | d'Aquino | Anne | Northwestern University |
42 | Cell-Free Synthesis and Assembly of Protein Nano-Machines on a Chip | Daube | Shirley S. | Weizmann Institute of Science |
43 | Leveraging Chemical Insights in Computational Identification of Interesting Biosynthetic Gene Clusters | de los Santos | Emmanuel L.C. | University of Warwick |
44 | TNT-Cloning: A New Platform for Flexible and Universal Usage of DNA Parts | De Paoli | Henrique | Oak Ridge National Laboratory |
45 | Novel Lactate Biosensor for Use in Low Oxygen Conditions | Dekker | Linda | Imperial College London |
46 | A Highly Productive One-Pot System for the Incorporation of Non-Standard Amino Acids into Cell-Free Synthesized Proteins | Des Soye | Benjamin J. | Northwestern University |
47 | A Cas9-Based Toolkit to Program Gene Expression in Saccharomyces Cerevisiae | d'Espaux | Leo | Lawrence Berkeley National Lab |
48 | Molecular Membrane Engineering for Nanoreactors | Di Bartolo | Natalie | University of Bristol |
49 | Engineering Red Blood Cell-Based Biosensors for Physiological Monitoring | Dolberg | Taylor | Northwestern University |
50 | Self-Selection Using Artificial Networks: An Adaptive Tool for Directed Evolution | Dramé-Maigné | Adèle | LIMMS CNRS UMI 2820 University of Tokyo |
51 | Cell-Free Mixing of Escherichia coli Crude Extracts to Prototype Isoprenoid Biosynthesis | Dudley | Quentin | Northwestern University |
52 | Biophysical Limits of Control Implementations in Synthetic Gene Networks | Dy | Aaron J. | MIT |
53 | Pooled Assembly, Genotyping and Scoring of Diverse Genomic Libraries | Egbert | Robert | University of California Berkeley |
54 | MYtxtl® an E. coli Based Cell-Free Transcription-Translation (TXTL) Kit for Bio-Manufacturing | Eggenstein | Evelyn | Mycroarray |
55 | Synthetic Evolutionary Origin of a Proofreading Reverse Transcriptase | Ellefson | Jared | University of Texas at Austin |
56 | withdrawn | |||
57 | The Development, Implementation and Transfer of a Reproducible Methodology for the Generation of High Quality Data for Part Characterisation | Exley | Kealan | Imperial College London |
58 | Morphogenetic Engineering of Bacterial Colonies | Federici | Fernan | Pontificia Universidad Católica de Chile |
59 | Mathematical Modelling Determines Post-Segregational Killing Efficacy of Toxin-Antitoxin Systems in Commensal Escherichia coli Nissle 1917 | Fedorec | Alex J H | University College London |
60 | A General Strategy to Construct Small Molecule Biosensors in Eukaryotes | Feng | Justin | Harvard Medical School |
61 | Integrated Biocad Toolchain Enables Search for Experimentally Validated Components | Forrer | Mark | Sandia National Lab |
62 | Intracellular Spectral Recompositioning of Light: A Novel Strategy for Improving Photosynthetic Efficiency of Diatoms | Fu | Weiqi | New York University Abu Dhabi |
63 | Bioengineering Magnetic Nanoparticles in Magnetotactic Bacteria | Furubayashi | Maiko | Massachusetts Institute of Technology |
64 | A Droplet Microfluidic Platform for Automating Genetic Engineering | Gach | Philip | Sandia National Laboratories |
65 | Yeast ribosome display for high-throughput selection of cap-independent translation regulatory elements impacting both in vitro and in vivo protein expression | Gan | Rui | Northwestern University |
66 | Continuous Evolution of Proteases Using a T7 Bacteriophage System | Garry | Daniel | University of Texas at Austin |
67 | Secretion and Self-Assembly of Protein-Protein Conjugates from Bacillus Subtilis | Gilbert | Charlie | Imperial College London |
68 | Engineering Synthetic Systems Inspired By Anaerobic Fungi | Gilmore | Sean P. | University of California, Santa Barbara |
69 | Metabolic Engineering of Escherichia coli for Efficient Eukaryotic Glycan Biosynthesis | Glasscock | Cameron J. | Cornell University |
70 | Synthetic Polyketide Enzymology: Platform for Biosynthesis of Antimicrobial Polyketides | Go | Maybelle Kho | National University of Singapore |
71 | A Hacked 3D Printer Towards the Printing of Materials through Biological Organisms | González | Lina M. | Massachusetts Institute of Technology |
72 | Piace: Parallel Integration and Chromosomal Expansion of Biofuels Pathways in E. coli | Goyal | Garima | Joint Bioenergy Institute |
73 | An Engineered Open Cell Free Synthesis Platform for the Production of Non-natural Amino Acid Based Antibody-Drug Conjugates | Groff | Dan | Sutro Biopharma, Inc |
74 | Massively-Parallel Laboratory Evolution of Bacteriophage T7 Reveals Differential Evolutionary Utility of Expanded Genetic Codes | Hammerling | Michael J. | University of Texas at Austin |
75 | Road Rules for Traffic on DNA: Systematic Analysis of Gene Regulation By Encounters | Hao | Nan | The University of Adelaide |
76 | Engineering E. coli for Dual Color Detection of 2,4,6-Trinitrotoluene | Harbaugh | Svetlana | Air Force Research Laboratory |
77 | Cell-Free Platform for Natural Product Discovery | Heinsch | Stephen | University of Minnesota |
78 | Deciphering the Regulation of Biomass Degradation By Anaerobic Fungi | Henske | John K. | University of California, Santa Barbara |
79 | De novo design of a genetically encoded simple viral-like coat protein for artificial viruses | Hernandez-Garcia | Armando | Northwestern University |
80 | The Joint Genome Institute’s Synthetic Biology Internal Review Process | Hillson | Nathan J | Lawrence Berkeley National Laboratory |
81 | Dynamic Responses of Laci/Galr Chimera-Based Transcriptional Logic Gates | Hirning | Andrew | Rice University |
82 | Defining the Anti-Shine-Dalgarno Sequence Interaction and Quantifying Its Functional Role in Regulating Translation Efficiency | Hockenberry | Adam J | Northwestern University |
83 | Protoplast Fusion with the Hydrogen-Oxidizing Bacterium, Cupriavidus Necator | Holt | Eric T | University of Michigan |
84 | Bacteriocin Production and Screening Using Cell-Free Protein Synthesis | Hong | Seok Hoon | Illinois Institute of Technology |
85 | Design and Application of Stationary Phase Combinatorial Promoters | Hsiao | Victoria | California Institute of Technology |
86 | High-Throughput DNA Assembly Pipeline for Natural Product Discovery in Streptomycetes | Hsu | Szu-Yi | University of Minnesota-Twin Cities |
87 | An RNA-Based Negative Autoregulation Circuit | Hu | Chelsea | Cornell University |
88 | Consensus Parameter Inference and Optimal Circuit Design in Cascade Circuits | Huynh | Linh | University of California, Davis |
89 | Guiding Receptor Directed Evolution Using a Physiochemical Specificity Model | Stainbrook | Sarah | Northwestern University |
90 | C1 Biorefinery By Designer Enzyme Complexes As Protein Synthesis Machinery on the Cell Surface of Ralstonia Eutropha | Hyeon | Jeong Eun | Korea University |
91 | In vitro glycosylation by cell-free protein synthesis-derived oligosaccharyltransferases | Jasmine M. | Hershewe | Northwestern University |
92 | Easyclone-Markerfree: A Vector Toolkit for Marker-Less Integration of Genes into Saccharomyces Cerevisiae | jessop Fabre | Mathew | DTU Biosustain |
93 | Engineered, Evolved, and Re-Engineered Yeast for Producing Cellulosic Biofuels | Jin | Yong-Su | University of Illinois at Urbana-Champaign |
94 | Novel luminescent reporters from marine environmental bacteria for prokaryotic and eukaryotic systems | Kan | Anton | University of Cambridge |
95 | A Cell-Free Framework for Rapid Biosynthetic Pathway Prototyping and Enzyme Discovery | Karim | Ashty | Northwestern University |
96 | Conversion of Glucose to 2,3-Butanediol in Escherichia coli Cell-Free Lysates: A Model System | Kay | Jennifer E. | Northwestern University |
97 | A Novel Class of Programmable Hormone-Responsive Transcription Factors to Re-Engineer Plant-Environment Interactions | Khakhar | Arjun | University of Washington |
98 | Developing an in Vitro Platform for the Production of Structurally Homogeneous Glycoproteins Using Cell-Free Protein Synthesis and Samdi Mass Spectrometry | Kightlinger | Weston K. | Northwestern University |
99 | Delineating the Mechanisms of Quorum Sensing Cross-Talks By Coupling Activation and Repression | Kim | Suhyun | Harvard University |
100 | RNA Information Processors for Complex In Vivo Logic Computation | Kim | Jongmin | Harvard University |
101 | Non-Standard Amino Acid Incorporation Using a Ribosome with Tethered Subunits | Kim | Do Soon | Northwestern University |
102 | Deep Sequencing-Based Protein Engineering to Optimize Functional Enzyme Expression in Synthetic Metabolic Pathways | Klesmith | Justin | Michigan State University |
103 | Assembly of Membrane Encapsulated Nanoreactors | Komar | Joanna | University of Bristol |
104 | Loading As a Design Parameter for Genetic Circuits | Kumar | Nithin | Massachusetts Institute of Technology |
105 | Strategies to Enhance the Yield of Biocellulose in Gluconacetobacter Xylinus | Kumar | Prashant | University of Wisconsin Madison |
106 | Long-term adaptive evolution of highly recoded E. coli strains | Kunjapur | Aditya M. | Harvard Medical School |
107 | High-Throughput Evolution of in Vitro Orthogonal Translation Systems Via an Integrated Platform Merging Cell-Free Protein Synthesis and Microfluidics | Kwon | Yong-Chan | Northwestern University |
108 | Open Vectoreditor: Freely Open-Source Javascript Web Application for DNA Visualization, Annotation, and Editing | LaFrance | Sarah | JBEI |
109 | Orchestrating an Enzyme Ensemble Towards Novel Antibiotics | Lai | Hung-En (Terrence) | Imperial College London |
110 | Design, Synthesis and Testing Towards a 57-Codon Genome | Landon | Matthieu M. | Harvard Medical School |
111 | Evolutionarily Identified Biological Design Allowing Simultaneous Sugar Utilization in Yeast | Lane | Stephan | University of Illinois at Urbana-Champaign |
112 | Efflux Pump-Mediated Antibiotic Resistance in Dynamic Environments | Langevin | Ariel | University of Vermont |
113 | Retargeting a Dual-Acting sRNA for Multiple mRNA Transcript Regulation | Lease | Richard A. | The Ohio State University |
114 | Deciphering and Exploitation of the Adjacent Transcriptional Regulators for Synthetic Biology | Lebar | Tina | National Institute of Chemistry |
115 | Utilizing the Labcyte Echo® Liquid Handler and Gateway® Gene Assembly in the Generation and Transfection of a PTEN-GFP Construct into a PTEN Null PC-3 Cell Line | Lesnick | John | Labcyte |
116 | In Vitro Expression and Assembly of Nonribosomal Peptide Synthetase for Biosynthesizing D-Phe-L-Pro Diketopiperazine | Li | Jian | Northwestern University |
117 | Functional Reconstitution of a Pyruvate Dehydrogenase in the Cytosol of Saccharomyces Cerevisiae through Lipoylation Machinery Engineering | Lian | Jiazhang | University of Illinois at Urbana Champaign |
118 | High-Efficiency, Multi-Copy, Markerless Integration of Large Biochemical Pathways in Saccharomyces Cerevisiae | Liang | Youyun | Agency for Science, Technology and Research |
119 | Expanding Biosensing Abilities through Computer-Aided Design of Metabolic Pathways | Libis | Vincent | CNRS |
120 | Towards Mechanically-Activated Artificial Cell | Liu | Allen | University of Michigan |
121 | Electricity-Generating Microbial Communities in Biotrickling Filter-Microbial Fuel Cells for Gaseous Ethyl Acetate Treatment | Lin | Chi-Wen | National Yunlin University of Science and Technology |
122 | Incorporating Phenotype Data to Improve Parental Strain Flux Estimations | Long | Matthew | University of Wisconsin-Madison |
123 | One-Step in Vitro Large Gene Cluster Cloning By Crispr-Cas9 with Gibson Assembly | Lou | Chunbo | Chinese Academy of Science |
124 | Unravelling RNA Structure / Function Relationships Via Novel Next-Generation Sequencing Techniques | Loughrey | David | Cornell University |
125 | Engineering Bacteria for Biofuel Production | Macklyne | Heather | University of Sussex |
126 | Development of a Multi-Omics Approach to Study Differential Gene Regulation- a Potential Workflow for the Development and Validation of Synthetic Genetic Circuits | Mandal | Kamal | National Institute of Immunology |
127 | Universal Expression Tools to Improve Nutrient Acquisition of Energy Crops | Mansoori | Nasim | Joint BioEnergy Institute, Lawrence Berkeley National Laboratory |
128 | Engineered Probiotics for Cholera Treatment and Diagnosis | Mao | Ning | Boston University |
129 | Enhancing Orthogonal Behavior and Amber Suppression Activity for Heterologous tRNA and tRNA Synthetase Variants | Maranhao | Andre | University of Texas at Austin |
130 | Genome Engineering of Genomically Recoded Escherichia coli enables Multi-Site Non-Standard Amino Acid Incorporation in Cell-Free Synthesized Proteins at High Yield and Purity | Martin | Rey W. | Northwestern University |
131 | Synthetic Speciation: New Technology for Transgene Biocontainment and Pest Biocontrol | Maselko | Maciej | University of Minnesota |
132 | Engineering Insulation Between Synthetic Bacterial Signaling Pathways | McClune | Conor | MIT |
133 | Engineering RNA Aptamer-Based Gene Circuits for Control of Microbial Interactions | McClure | Ryan S. | Pacific Northwest National Laboratory |
134 | Gene Co-Expression Highlights Coordination of Microbial Community Behavior | McClure | Ryan S. | Pacific Northwest National Laboratory |
135 | Precise Control of Lycopene Production for Use in a Fast-Responding Biosensor | McNerney | Monica | Georgia Institute of Technology |
136 | Engineering Novel Functionality into Red Blood Cells | Meinders | Marjolein | University of Bristol |
137 | Watching the Ribosome Making Peptide Bonds Between Unnatural Amino Acids | Melnikov | Sergey | Yale University |
138 | Syntrack: Streamline Complex DNA Assembly Processes | Meng | John | DOE Joint Genome Institute, Lawrence Berkeley National Laboratory |
139 | Quality and Quantity: Protein Production and Folding Using a Bacterial Protein Secretion System | Metcalf | Kevin James | University of California, Berkeley |
140 | Characterizing RNA Thermometers through Shape-Seq | Meyer | Sarai I. | Cornell University |
141 | Functional Coordination of Iron-Sulfur Clusters by Selenocysteine | Miller | Corwin | Yale University |
142 | Evolving Strand-Displacing Polymerases with Isothermal CSR | Milligan | John N. | University of Texas at Austin |
143 | Cell-Free Metabolic Engineering of Carotenoid Biosynthesis | Mohr | Benjamin | University of Tennessee |
144 | The JBEI Experiment Data Depot | Morrell | William | Sandia National Laboratory |
145 | Library and Model Derived Synthetic Terminators for Yeast | Morse | Nicholas | University of Texas at Austin |
146 | A Genetically Encoded Reporter for Diffusion Weighted Magnetic Resonance Imaging | Mukherjee | Arnab | California Institute of Technology |
147 | Optimized Genetic Tools and Overexpression Strategies in the Development of Efficient Production Systems in Photosynthetic Cyanobacteria | Nagy | Csaba István | University of Turku |
148 | Design Space Exploration of the Violacein Pathway in Escherichia coli Based Cell-Free System | Nguyen | Phuc | California State University, Long Beach |
149 | Development of a Growth Sensor Detecting Antigen - Antibody Interactions in the Cytoplasm of Mammalian Cells | Nguyen | Thuy Duong | The University of Tokyo |
150 | Automated Design for Synthesis and Assembly | Oberortner | Ernst | Lawrence Berkeley National Laboratory |
151 | Maintaining Plasmid Stability in Commensal Escherichia coli Nissle 1917 without Antibiotic Selection through Orthogonal Toxin-Antitoxin Systems | Ozdemir | Tanel | University College London |
152 | Commercial Expression Levels of a Potent Recombinant Antiviral Therapeutic Protein in Sugarcane | Padilla | Carmen S. | Texas A&M AgriLife Research |
153 | Discovering the Function of a Vibrio Fischeri Metabolic Gene Using a Newly Constructed Genome-Scale Model and Genomic Library | Pan | Shu | University of Wisconsin-Madison |
154 | Definition and In Vivo Evaluation of Mathematical Models to Predict the Effects of Copy Number Variations and Cell Burden in Interconnected Synthetic Circuits | Pasotti | Lorenzo | University of Pavia |
155 | Nanoparticle Delivery Biofactory Using E. coli as the Synthetic Host | Pasula | Rupali | Nanyang Technological University |
156 | Teaching Transcription Factors to Read the Histone Code | Nyer | David | Arizona State University |
157 | Improving Genomically Recoded Escherichia coli for the Production of Proteins Containing Non-Standard Amino Acids | Perez | Jessica | Northwestern University |
158 | Sequence to Activity Mapping: Computational Approaches and Experimental Tools | Pines | Gur | University of Colorado Boulder |
159 | ICE: A Distributed and Interconnected Biological Part Registry | Plahar | Hector | Joint BioEnergy Institute, Lawrence Berkeley National Laboratory |
160 | Spatial Ratiometric Analysis for Intrinsic Plant Promoter Activity | Pollak | Bernardo | University of Cambridge |
161 | Heuristic Design and Engineering of Synthetic Yeast Promoters | Rajkumar | Arun S. | Technical University of Denmark |
162 | Designer Biosensors That Respond to New Small Molecules | Raman | Vatsan | University of Wisconsin-Madison |
163 | Universal Expression System for Eukaryotic Microorganisms | Rantasalo | Anssi | VTT Technical Research Centre of Finland |
164 | Using Business Process Management to Enhance Synthetic Biology Workflows | Reynolds | Christopher | Imperial College London |
165 | Towards the First Data Acquisition Standard in Synthetic Biology | Sainz de Murieta | Iñaki | Imperial College |
166 | Engineering Efficient Specialist Strains for a Synthetic Multi-Species Microbial Consortium | Saleski | Tatyana | University of Michigan |
167 | Expression Mutant Screening for Improved Benzylisoquinoline Production in Yeast | Savitskaya | Judy | UC Berkeley |
168 | Using bacteria to make improved, nacre-inspired materials | Schmieden | Dominik T. | Delft University of Technology |
169 | Selective Nitrogen Delivery to Regulate and Optimize Synthetic Microbial Consortia for Biochemical Production | Scholz | Scott | University of Michigan |
170 | High Resolution Expression Profiling of Bacterial Genomes | Scholz | Scott | University of Michigan |
171 | Rewiring Cellular Input-Output to Engineer Cell-Based Therapies Thatinterface Robustly with Human Physiology | Schwarz | Kelly A. | Northwestern University |
172 | Genome-scale regulatory landscape of Escherichia coli in response to various environmental stresses | Seo | Sang Woo | Seoul National University |
173 | Production of a Modular Toolkit for Creating Prosthetic Gene Networks within Yeast | Shaw | William | Imperial College London |
174 | A Scalable Peptide/GPCR Communication Language | Shen | Michael | New York University School of Medicine |
175 | Characterization of Bacillus Subtilis Colony Biofilms Via Mass Spectrometry and Fluorescence Imaging | Si | Tong | University of Illinois at Urbana Champaign |
176 | Bliss: The Black List Sequence Screening Pipeline | Simirenko | Lisa | Joint Genome Institute |
177 | Novel Cell-Free Platforms and Universal Cloning for Synthetic Biology Discovery | Moore | Simon | Imperial College London |
178 | Synthetic Speciation: Programmable Transcriptional Activators to Prevent Gene Flow in Sexually-Reproducing Populations | Smanski | Michael J. | University of Minnesota |
179 | Mining Sugar Transporters from Gut Fungi for Improved Fuel & Energy Production | Solomon | Kevin V. | University of California, Santa Barbara |
180 | A Combinatorial Assembly Pipeline for Gene Expression in Mammalian Cells | Stach | Christopher | University of Minnesota |
181 | RNA-Programmed Gene Circuit Engineering Using Crispr-Nickases | Standage-Beier | Kylie | Arizona State University |
182 | A Cell-Free Transcription-Translation Kit (MYtxtl®) for Rapid Prototyping of Transcription Units | Steil | Benjamin P. | Mycroarray |
183 | Characterization of Co-Transcriptional RNA Structure Evolution Using Shape-Seq | Strobel | Eric J. | Cornell University |
184 | Random Homology-Aided Transformation for Genome and Plasmid Streamlining | Suarez | Gabriel A. | University of Texas at Austin |
185 | Role of Plasmid Copy Number in the Dynamics of a Single Gene Oscillator | Swaminathan | Anandh | California Institute of Technology, |
186 | Noncanonical Amino Acid Addictions in Biological Systems | Tack | Drew S. | University of Texas at Austin |
187 | Rational Membrane Engineering Increases E. coli Robustness and Production of Biorenewables | Tan | Zaigao | Iowa State University |
188 | Front Propagation in an Array of Artificial Cells | Tayar | Alexandra | Weizmann institute |
189 | Programming the Timing of Gene Expression in Synthetic Circuits | Tei | Mika | UC Berkeley |
190 | Cysteinyl-DOPA Crosslinking and the Road to an Expanded Metabolism | Thyer | Ross | University of Texas at Austin |
191 | Analysis of Yeast Metabolism to Overproduce Isobutanol and n-Butanol | Tian | Mingyuan | University of Wisconsin–Madison |
192 | Protease-Based Feedback for Overcoming Growth Rate and Enzymatic Queueing Limitations | Tomazou | Marios | Imperial College London |
193 | Engineering Improved Bio-Jet Fuel Tolerance in Escherichia coli Using a Transgenic Library Approach | Tomko | Timothy | The University of Vermont |
194 | Modulating Arginine Biosynthesis in E. coli nissle to Consume Ammonia in a Mouse Model of Hyperammonemia | Tucker | Alex | Synlogic, Inc. |
195 | Understanding Cell Reprogramming By Adaptive Regulatory Mutations As a Guide for Cell Design | Utrilla | Jose | Universidad Nacional Autonoma de México |
196 | Recursive Cloning for the Assembly of Biosynthetic Pathways and Artificial CRISPR Arrays | Van Hove | Bob | Ghent University |
197 | Benchmarking RNA Switches for Diagnostic Applications | Verosloff | Matthew | Cornell University |
198 | Compact Tools for AAV Mediated Delivery of Cas9 Activators In Vivo | Vora | Suhani | MIT and Harvard |
199 | Robust Digital Logic Circuits in Eukaryotic Cells with Crispr/dCas9 NOR Gates | Vrana | Justin | UW-Seattle |
200 | Catalytic Enhancement of Enzymatic Pathways on a Nanoparticle Surface | Vranish | James | NRC Fellow at Naval Research Lab |
201 | At-Rich Gene Synthesis | Walsh | Matthew | MIT Lincoln Laboratory |
202 | Design and Implementation of Whole-Cell Biosensors for Micronutrient Detection in Low Resource Environments | Watstein | Daniel | Georgia Institute of Technology |
203 | Design of a Minimized pT181 Attenuator Using Shape-Seq | Watters | Kyle E. | Cornell University |
204 | RNA Roadblocks: Hairpins for Protein Level Tuning in S. Cerevisiae | Weenink | Tim | Imperial College London |
205 | Improving RNA Regulator Dynamic Range with Dual Transcriptional Translational Control Mechanism | Westbrook | Alexandra | Cornell University |
206 | Extending Amyris' Genotype Specification Language (GSL) for Modular and Combinatorial Genome Engineering | Wilson | Erin H. | Amyris |
207 | Design a Tunable Expression and Display System on Bacterial Spore Surface | Wu | Kang | University of New Hampshire |
208 | RNA- Programmed DNA Methylation | Xiong | Tina | Johns Hopkins University |
209 | Applying Evolutionary Principles to Stabilize Genetic Circuits | Yi | Xiao | University of Minnesota |
210 | Engineering Novel Modular Biosensors to Confer Metabolite-Responsive Regulation of Transcription | Younger | Andrew K.D. | Northwestern University |
211 | Computationally Reconstructing RNA Folding Pathways with Co-Transcriptional SHAPE-Seq | Yu | Angela | Cornell University |
212 | DNA Origami Sensor That Controls Gene Expression | Zadegan | Reza M. | Boise State University |
213 | Towards an Engineered, Self-Sustained Microbial Ecosystem | Zerfass | Christian | University of Warwick |
214 | Metabolic Design Principles for Engineering Synthetic Microbial Communities | Zerfass | Christian | University of Warwick |
215 | withdrawn | |||
216 | Transcription Analysis and Metabolite Profiling of the Terpenoid Indole Alkaloid Pathway in Engineered Catharanthus Roseus Hairy Root Lines | Zhao | Le | Iowa State University |
217 | Increasing Extracellular Nitrogen Production By Azotobacter Vinelandii dj | Knutson | Carolann M. | University of Minnesota |
218 | Construction and Characterization of Biological Circuits to Create a Synthetic Bacterial Consortium to Divide Genetic Functions and Reduce the Metabolic Burden | Zuñiga | Ana | Universidad Adolfo Ibañez |
219 | Engineering a Leather Biomaterial | Borden | Julia | Modern Meadow |
220 | Engineering a Synthetic Microbial Consortium for Efficient Production of Water Retaining Biopolymers via in-situ Precursor Production | Minty | Jeremy | Ecovia Renewables Inc. |
221 | Haemoperfusive Membrane Encapsulated Activated Charcoal Packed Column Artificial Kidney in Replacing Haemodialysis | Brahma Sr. | Nitosh Kumar | Institute of Genetic Engineering |
222 | Plasmid GENE Trasfer Invitro into Auxotroph Pheno-Genotypes, F-, Escherichia coli K-12, Generate Hybrid Prototrophs to Damage Clonal Selectivity | Brahma Sr. | Nitosh Kumar | Institute of Genetic Engineering |
223 | Algae Culture in a Photobioreactor NEEDS Specific Growth MEDIA, LIGHT Distribution and Operational Aspects of Chemical Engineering | Brahma Sr. | Nitosh Kumar | Institute of Genetic Engineering |
224 | Seeing the Invisible: Exploting Crosstalk to Measure Genetic Constructs In Vivo | Hecht | Ariel | National Institute of Standards and Technology |
225 | When Wavelengths Collide: Bias in Cell Abundance Measurements Due to Expressed Fluorescent Proteins | Hecht | Ariel | National Institute of Standards and Technology |
226 | Cell Free Synthesis of Protein Microcompartments | Garcia | David | ORNL |
227 | Topologies of Phosphorylation Cycles As Insulation Devices | Shah | Rushina | Massachusetts Institute of Technology |
228 | Engineering Thermostable Proteins to Selectively Extract Strategic Metals from Low Temperature Geothermal Brines | Charrier | Marimikel | Lawrence Berkeley National Laboratory |
229 | Non-Canonical Amino Acid Incorporation via Sense Codon Reassignment in E. coli | Biddle | Wil | Colorado State University |
230 | Utilizing Sense Codon Reassignment to Understand the Plasticity of the E. coli Genetic Code | Schmitt | Margaret A. | Colorado State University |
231 | Arrowland: A Browser-Based Environment for Omics Mapping and Simulation | Birkel | Garrett | Lawrence Berkeley National Laboratory |
232 | Modeling of Cell-Free Glycoprotein Production in Escherichia coli | Horvath | Nicholas G. | Purdue University |
233 | A Scalable Epitope Tagging Approach for High Throughput ChIP-Seq Analysis | Jain | Surbhi | University of Illinois at Urbana Champaign |
234 | A Systems Perspective on the Exit from Pluripotency | Garmhausen | Marius | University of Cologne |