Cell-Free Prototyping of Genetic Regulatory Circuits
Testing genetic circuits outside living cells speeds up design and strips away cellular noise.
Priya Subramaniam
Biology Unbound — Page 2
Emerging CFPS Applications
Enzyme Pathway Reconstitution in Cell-Free Reactions
Researchers bypass cellular interference by running enzyme pathways in cell-free reactions.
Cell-Free Protein Synthesis for Neoantigen and Research Antigen Production
A faster, simpler way to make hard-to-express research antigens.
Liesel Brandhorst
More From Biology Unbound
Cell-Free Biosensor Prototyping for Small Molecule Detection
Rapid prototyping without cells lets researchers test biosensor designs in hours instead of days.
Tomás Reyes-Fuentes
CFPS Integration With Directed Evolution Platforms
Cell-free synthesis removes the bottleneck limiting directed evolution campaigns.
Tomás Reyes-Fuentes
Cell-Free Expression for Antibody Fragment and Nanobody Production
Cell-free synthesis lets antibody fragments fold correctly outside bacterial cells.
Tomás Reyes-Fuentes
Cell-Free Production of Difficult Targets for Structural Biology Sample Prep
Cell-free systems overcome toxicity and insolubility that sabotage conventional protein expression.
Liesel Brandhorst
Data Normalization Strategies for CFPS Plate Assays
Choosing the right normalization method determines whether your CFPS data is biology or noise.
Tomás Reyes-Fuentes
Acoustic Dispensing and Liquid Handling Automation for CFPS
Acoustic droplet ejection solves the precision problem holding back cell-free protein screening.
Marcus Oyelaran
Fluorescent Reporter Integration in CFPS Screening Assays
Choosing the wrong fluorescent reporter wastes screening capacity and masks protein defects.
Marcus Oyelaran
CFPS Reaction Miniaturization Below 10 µL
Liesel Brandhorst
96-Well Plate CFPS Workflows for Protein Variant Libraries
Plate-based CFPS rapidly screens hundreds of protein variants in a single run.
Tomás Reyes-Fuentes