Twist Bioscience

#Synbio and #machine learning pair to speed up genetic circuits in this preprint.

Scientists are tracking small differences in DNA to explain why the disease has different effects.

We said bring us your crazy ideas, bring us your really crazy ideas and bring us your almost insane ideas. National Human Genome Research Institute

Extremophiles are the coolest (see what we did there), but growing them in the lab isn’t for the faint-of-heart. The Robert Larner, M.D. College of Medicine at The University of Vermont

This project with Beyond Earth was really fun- you can’t beat + + Richelle Gribble Elena Soterakis Yoko Shimizu

Seeds made with #CRISPR tech by Inari could produce more efficient crops and promote growing food production needs. John Cumbers

A great explainer video to share with friends and family!

...almost every well-known molecular pathway is sensitive to chemicals to a certain degree... Genetic Engineering & Biotechnology News

#DNADataStorage in living cells enabled by #TwistOligoPools!

Twisters know how to celebrate Halloween!

Researchers leveraged Twist Gene Fragments to recreate an entire biosynthetic pathway from nightshade plants in baker’s yeast. #TwistGenes #WeMakeDNA Yeast Engineering with Twist Genes to Build a Microbial Drug Factory: https://bit.ly/384qkUl

Bioo uses microorganisms in the soil to power lightsand maybe one day, your whole house.