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Synthetic Biological Circuit Summer Internships

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Showing 13–24 of 50 categories
Metabolic Pathway Flux Analysis
Study the quantification and optimization of metabolic engineering circuits to maximize production of desired compounds in engineered organisms.
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Promoter Strength Characterization Lab
Conduct experimental measurements of promoter activity and strength across various genetic constructs to build a comprehensive parts database.
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Ribosome Binding Site Engineering
Design and test optimized ribosomal binding sites to fine-tune protein expression levels in synthetic biological circuits.
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Plasmid Stability and Maintenance Research
Investigate the long-term stability and segregation of synthetic plasmids in dividing cells for sustained circuit function.
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Protein Stability Tag Optimization
Research and test protein degradation tags to control the temporal dynamics and lifespan of circuit components in living cells.
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Cell-Free Synthetic Biology Systems
Design and prototype synthetic circuits in cell-free extract systems for rapid testing and optimization without living cell constraints.
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Microbial Consortium Circuit Engineering
Engineer multi-organism synthetic circuits where different microbial species communicate and coordinate through metabolic and genetic signals.
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Mammalian Cell Synthetic Circuit Design
Develop and test synthetic circuits specifically engineered for mammalian and human cells for therapeutic and research applications.
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Plant Synthetic Biology Circuit Development
Create and validate synthetic genetic circuits in plant systems for agricultural biotechnology and environmental monitoring applications.
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Protein-Protein Interaction Biosensor Research
Design biosensors based on synthetic circuits that detect and quantify specific protein-protein interactions in cellular environments.
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Small Molecule Ligand Sensing Circuits
Engineer synthetic circuits that sense and respond to specific small molecule metabolites, drugs, or environmental chemicals.
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Feedback Control Circuit Modeling
Model and simulate negative and positive feedback loops in synthetic circuits to predict and optimize cellular system behavior.
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