High-throughput genetic screens can produce large data sets that a give system-level understanding of a regulatory network. They require standardization and optimization of data generation and data analysis workflows.
In order to optimize an expression vector optimization it is necessary to properly balance transcription, translation, and plasmid copy number. Maximizing the yield of a biomanufaturing process requires to finely tune these control parameters.
In order to develop a protein array, client needed to automate the process of cloning 1000 genes amplified from genomic DNA of a plant pathogen. GenoFAB helped with process scale up by automating the design of sequencing and PCR primers, the analysis of data, and the standardization of laboratory workflows.