Imagine being able to design a new organism as easily as you can design a new integrated circuit. The #CAD program being developed by Genome Project-Write will eventually let you do just that. buff.ly/3l6VrmC

#synbio calls for designing novel organisms -- and a forthcoming CAD program from Genome Project-Write will make it easier. spectrum.ieee.org/the-human-os/b… Thanks to Douglas Densmore of Lattice Automation, Amy Schwartz, Farren Isaacs, Patrick Boyle — e/🦀 of Ginkgo Bioworks, & Joachim Boldt for the conversations.

Congrats to BioSens8 on being named a recipient of the #M2D2 $200k Challenge to continue their development of novel biosensors.

GP-write Announces Development of Next-Gen CAD for Whole Genome Design: eurekalert.org/pub_releases/2… EurekAlert! Agilent Technologies Inscripta, Inc. Lattice Automation Twist Bioscience

We are excited to be part of this pioneering effort. Genome Project-Write eurekalert.org/pub_releases/2…

Lattice is hiring! Are you or someone you know an experienced software engineer passionate about Synthetic Biology and workflow automation? Check out our Careers page for details. latticeautomation.recruiterbox.com

Looking forward to next week's GP-write 5.0 Virtual Conference. We are excited to have a seat at the table, alongside a rockstar team of industry leaders. eurekalert.org/news-releases/…

If you're an engineer, you may use a CAD program to design chips or rocket engines. But this CAD can design new forms of life: spectrum.ieee.org/genome-editing…

This article is authored by Amy Cayne Schwartz of Genome Project-Write, Douglas Densmore of Lattice Automation, Giovanni Stracquadanio of Edinburgh Genome Foundry, and Farren Isaacs of Yale School of Medicine. They describe how the CAD lets genome designers "think about the big picture."

Read the latest about our ongoing collaboration with Genome Project-Write and its Industrial Advisory Board to advance computer-aided design at the genome-scale! spectrum.ieee.org/genome-editing…

ICOR: Improving codon optimization with recurrent neural networks biorxiv.org/cgi/content/sh… #bioRxiv

Excited to share our research on ICOR: Improving codon optimization with recurrent neural networks! Our research aims to use new techniques in machine learning to improve our understanding of codon bias in the genome towards better codon optimization! biorxiv.org/content/10.110…

Excited to be part of the Wellcome Leap R3 program. A great chance to show how automation and software will play a key role in enabling rapid responses to future biomanufacturing challenges. wellcomeleap.org/r3/

New work on neural network-based approach to codon optimization. Check out the preprint in bioRxiv Soon to be part of our open-source tools, helping to enhance the process of designing and engineering organisms. Rishab Jain Douglas Densmore biorxiv.org/content/10.110…

Lattice Automation is #hiring! We are looking for a #productmanager to be part of a team focused on delivering cutting edge #software solutions: linkedin.com/posts/lattice-…

Lattice Automation launches new Twitter feed. Follow us for the latest on our growing company. Synberc SynBioBeta

Lattice Automation launches its new website. See latticeautomation.com Synberc SynBioBeta

Lattice Automation is hiring! Please see latticeautomation.recruiterbox.com SynBioBeta Synberc

.Lattice Automation Awarded @NSFInnovateSBIR Phase I to develop #automation software for #syntheticbiology #synbio nsf.gov/awardsearch/sh…