Marcus Oyelaran

Cell-free synthesis accelerates protein screening for binding studies without weeks of cell culture.

Cell-free synthesis outperforms E. coli cultures for toxic, membrane, and eukaryotic proteins.

Extending reaction time with continuous exchange boosts milligram yields.

Lyophilized cell-free systems enable on-demand protein synthesis without living cells.

Acoustic droplet ejection solves the precision problem holding back cell-free protein screening.

Choosing the wrong fluorescent reporter wastes screening capacity and masks protein defects.

Free magnesium matters more than total magnesium in protein synthesis reactions.

ATP depletion and phosphate buildup sabotage cell-free protein synthesis.

Coupling transcription and translation boosts protein yield by loading ribosomes before mRNA folds.