Engineering Portal
Blog
Contact Us
Technology
Technology
Genome Editing
History of CRISPR
How does CRISPR work?
Digital Genome Engineering
The MAD7™ Nuclease
Biosecurity
Products
Products
Onyx Instrument
Onyx Kits
Onyx Assays
Iterative Editing
Engineering Portal
Applications
Applications
Genome Discovery
Genome Discovery
Salt Stress
Adaptive Laboratory Evolution
Essential Gene Discovery
Forward Engineering
Forward Engineering
BMI Tolerance
Lysine Metabolic Engineering
Protein Engineering
Protein Production
Iterative Strain Improvement
Stress Tolerance
Resources & Support
Resources & Support
Videos & Webinars
Technical Documents
Safety Data Sheets
FAQ
Contact Us
About Us
About Us
Careers
Leadership
Job Listings
News & Events
Engineering Portal
Blog
Contact Us
The Inscripta
®
Blog
Subscribe
Genome-scale engineering
Digital genome engineering
Target discovery
Pathway engineering
Heterologus models
Biosecurity
Bioeconomy
Employee Spotlight
MAD7
Iterative Genome Engineering
February 8, 2022
"Digital Genome Engineering: Unlocking the Potential of Synthetic Biology" Symposium Highlights
Inscripta partnered with Build With Biology to put on a half-day virtual symposium “Digital Genome Engineering: Unlocking the Potential of…
Read More
January 18, 2022
Ginkgo Bioworks Incorporates the Onyx® platform into its foundries
Ginkgo Bioworks, the leading horizontal platform for cell programming, has recently adopted the Onyx platform into its foundries. The company…
Read More
January 11, 2022
What Makes CRISPR Like a Movie Star? SynBioBeta podcast with Nandini Krishnamurthy
Nandini Krishnamurthy, Inscripta’s VP of Microbial Business, appeared as a guest on SynBioBeta’s Built with Biology podcast. The new podcast…
Read More
September 28, 2021
Inscripta Technology Helps Scientists Find Targets of Osmotic Stress Tolerance in the E. coli Genome
Scientists have studied osmotic stress in different contexts for many years to understand topics such as how climate change can affect both…
Read More
August 24, 2021
In New Publications, Scientists Report Use of MAD7™ Nuclease for Plant Editing and More
A key part of Inscripta’s mission is making genome engineering more accessible. To that end, we released the MAD7™ nuclease sequence for…
Read More
August 17, 2021
New Market Report Highlights Opportunity in Synthetic Biology Field
A recent industry report released by the equity research team at William Blair offers a great view of the synthetic biology market — both its…
Read More
August 3, 2021
Introducing BioCantor, a Python Library to Navigate Data Coordinate Systems
We’re excited to release a new tool designed by Inscripta’s scientists to help bioinformaticians and genomic scientists work more easily with…
Read More
June 29, 2021
Are You Looking for a Role in the Genome Engineering Revolution?
As we continue development of a unique genome engineering platform that we believe will transform what’s possible in biology, another amazing…
Read More
June 8, 2021
A Revolution in Evolution: Years of Work Distilled to One Onyx Experiment
Let’s say you have used the OnyxTM Digital Genome Engineering platform to generate a library of hundreds, if not thousands, of edits that…
Read More
1 of 3