Inside Inscripta: Eileen Spindler, Applications
Let’s say you have used the OnyxTM Digital Genome Engineering platform to generate a library of hundreds, if not thousands, of edits that…
Improving Protein Production in Yeast with Targeted and Exploratory Approaches
Let’s say you have used the OnyxTM Digital Genome Engineering platform to generate a library of hundreds, if not thousands, of edits that…
Inscripta Technology Helps Scientists Characterize the Evolution of Bacterial Persistence
Let’s say you have used the OnyxTM Digital Genome Engineering platform to generate a library of hundreds, if not thousands, of edits that…
In New Publications, Scientists Report Use of MAD7™ Nuclease for Plant Editing and More
Let’s say you have used the OnyxTM Digital Genome Engineering platform to generate a library of hundreds, if not thousands, of edits that…
New Market Report Highlights Opportunity in Synthetic Biology Field
Let’s say you have used the OnyxTM Digital Genome Engineering platform to generate a library of hundreds, if not thousands, of edits that…
New Market Report Highlights Opportunity in Synthetic Biology Field
Let’s say you have used the OnyxTM Digital Genome Engineering platform to generate a library of hundreds, if not thousands, of edits that…
Inside Inscripta: Tyson Shepherd, Applications
Let’s say you have used the OnyxTM Digital Genome Engineering platform to generate a library of hundreds, if not thousands, of edits that…
Introducing BioCantor, a Python Library to Navigate Data Coordinate Systems
Let’s say you have used the OnyxTM Digital Genome Engineering platform to generate a library of hundreds, if not thousands, of edits that…
Heterologous Protein Optimization with Inscripta’s Onyx Workflow
Let’s say you have used the OnyxTM Digital Genome Engineering platform to generate a library of hundreds, if not thousands, of edits that…