From affinity maturation to protein engineering, variants will always be needed to find the required activity. Ninthbio's Homology Path DNA synthesis tools design your DNA populations to be assembled from the least number of oligos possible. Our approach is so aggressive, it typically saves 90% when compared to synthesis by a service provider. We design the oligos to assemble with a simple PCR reaction; any molecular biology lab can take control of their DNA synthesis pipeline.
Learn about Protein Evolution, Inc.'s success with Homology Path in the video below.
Homology Path designs the oligos needed to synthesize a population of DNA sequences by finding the shared scaffolds and designing the build around those common areas.
HOW IT WORKS
Import FASTA File
Import the sequences of interest as a single FASTA file.
Our complexity analysis shows you where the potential sequence issues are, so you can optimize to best meet your synthesis and expression requirements
Generate Population Design
Run the oligo designer, it will automatically find the possible recycling and build the most economical design
Oligo Order Is Generated
The list of oligos needed are generated in a format that can be submitted directly to your oligo vendor for production
Pool the Oligos
Pooling instructions are generated for you to pool the oligos by hand or by automation; we accommodate all automation formats
Run standard PCR reactions on the oligo pools just as you would a DNA template
Our pooling and assembly are robust and ideal for automation platforms. The Solo is a great choice for those getting started with automation and want to get the most done on a conservative budget.
The instructions generated from Homology Path can be uploaded directly to the Solo for the pooling of your oligos
The oligos pools are designed to assemble in a high fidelity robust reaction. This assembly reaction is perfectly suited for automated Thermal Cyclers; both stand-alone, or integrated with your pipettor