Want to learn the latest in #RNA#synbio from @NUSynBio?
Check out our review "Dynamic RNA synthetic biology" in @RNABiology by @Jenni_Li_407 @AnibalArce12 T. Lucci andh R. Rasmussen.
We break down #RNA#synbio across scales of engineering!
https://t.co/v6SG90rRah
We’re pleased to share that @DARPA has awarded us with a 4-year contract, worth up to $18 million, to reimagine how to manufacture complex therapeutic proteins.
Read more: https://t.co/QCdNUKGX9N
Our paper, led by the talented @jperuzz, recapitulating a two-component system (TCS) outside the cell is out in @PNASNews! Thanks to @jeffrey_j_tabor for an inspiring talk on TCSs that led to this study and helpful conversations. More press is here: https://t.co/Efgs7uP9hq
Very excited to share our latest #lipidtime#synbio project! What started as a fun bioinformatic-based question to explore when I couldn't be in lab during COVID, turned out to be a cool & robust method to load proteins into extracellular vesicles. Check it out!!
#Data suggest that #biosensor tests can provide accurate, meaningful #waterquality data that help non-experts make decisions about the #water they consume.
Hot off the press🚨The accuracy and usability of point-of-use fluoride biosensors in rural #Kenya
https://t.co/eGaEGsmYA2
Hot off the press! Check out the latest work from (recently defended!!) grad student Jake Martin on a dynamic model of cell-free metabolism and butanol synthesis that revealed metabolic interactions and new strategies for product optimization
https://t.co/CAtOvILba2
Excited to share this work from my PhD that's finally seeing the light of day -- a huge collaborative project between @LucksLab and @MichaelCJewett labs at @NUSynBio, and my awesome co-first authors @kirstenjung93, Grant Rybnicky, and Blake Rasor! https://t.co/CxLvwzm2F2
We are excited to share our new preprint, led by @jperuzz, demonstrating that we can recapitulate bacterial two component systems (an important signal transduction pathway in bacteria) in synthetic membranes! https://t.co/ZXSX77TKPj 1/6
Our latest preprint! @RebeccaRas_path shows how Zur actually up-regulates gene expression through a double inversion network ... that involves an mRNA structure! Great collaboration with O'Halloran lab @CLP_Institute@NorthwesternEng@NUSynBio .
https://t.co/xePgNNc5od
Excited to share our latest work exploring how hydrophobic mismatch can organize proteins in synthetic membranes... and with that my first attempt at a tweetorial https://t.co/zJ9WioiA8U
Introducing R2D2 (Reconstructing RNA Dynamics from Data) - a new tool to make movies of cotranscriptional RNA folding pathways published in @MolecularCell from @NorthwesternU, @NUSynBio, and @OhioState https://t.co/gKpo27Fbqe (1/10)
Is there a new Dr. in the house? That's right @MVerosloff successfully defended his thesis "Uncovering the Mechanism of Intrinsic Transcription Termination in Order to Develop Point-of-Care Diagnostics"!