📢Call for Papers: Plant Synthetic Biology 2.0 🌱

Our new Special Issue will center on the application of design and engineering principles for constructing genetic circuits to enhance plant yield, quality, and resilience.
Learn more, Submit by Sep. 30:
go.acs.org/9kj

Our #WeekendReading suggestion today was a collaboration between UCLA and University of Minnesota

Check out this awesome work by Zhao et al. ➡️ go.acs.org/9j6

Red-Light-Induced Genetic System for Control of Extracellular Electron Transfer

#WeekendReading suggestion!

Metabolic Tug-of-War between Glycolysis and Translation Revealed by Biochemical Reconstitution ➡️ go.acs.org/9iu

By Sako et al. from Keio Global

Did you catch this Perspective from Arik Shams, Alexandria Fischer, Dr. Anastasia Bodnar, and Melinda Kliegman? (@USDA, UC Berkeley)

Perspectives on Genetically Engineered Microorganisms and Their Regulation in the United States ➡️go.acs.org/9hT

#WeekendReading !

On this day in 2023, Stout et al. put out this fascinating paper relating to #LabGrownMeat ➡️ go.acs.org/9dq

Excellent work by Andrew Stout, David Kaplan and colleagues 😎🎉

#WeekendReading ! You HAVE to check out this insightful #biosensor work 🤩

Biosensor that Detects Stress Caused by Periplasmic Proteins ➡️ go.acs.org/9db

Great work folks!🎉

Published this week!

Dynamic Multiplexed Control and Modeling of Optogenetic Systems Using the High-Throughput Optogenetic Platform, Lustro ➡️ go.acs.org/9cS

Congratulations to Harmer et al. out of UW–Madison on this excellent Letter! 🤩

Make sure you don't miss our Synthetic Cells Special Issue!

➡️go.acs.org/9cs

📢 Call for Papers: Diagnostics
We're seeking to showcase the latest disruptive advances in molecular diagnostics across disease detection, water quality assessment, agriculture, and more. Learn more about this upcoming Issue and submit your manuscript: go.acs.org/9bs

Make sure you check out the fantastic artwork on the Issue #4 front cover!

Learn the significance of this work in Kwanwoo Shin's Editorial in #ACSSyntheticBiology ➡️ go.acs.org/95e

'Scientific progress relies on the maxim that scientific inquiry knows no bounds' 🤩

Make sure you check out the fantastic artwork on the Issue #4 front cover!

Learn the significance of this work in Kwanwoo Shin's Editorial in #ACSSyntheticBiology ➡️ go.acs.org/91h

'Scientific progress relies on the maxim that scientific inquiry knows no bounds' 🤩

Today's #WeekendReading suggestion is a real treat!

Yeast Platforms for Production and Screening of Bioactive Derivatives of Rauwolscine ➡️ go.acs.org/90x

Check out this fantastic work by Bradley et al.

Keep it up, folks! 😎

Our #WeekendReading suggestion for you!

β-Dicarbonyls Facilitate Engineered Microbial Bromoform Biosynthesis ➡️ go.acs.org/8ZU

Published #OpenAccess , by Loan et al.

Check it out 🤩

We are proud to announce, with AIChE, this year's winner of the Young Innovator Award: Randall J. Platt! Read more about Prof. Platt and his work on ACS Axial:

go.acs.org/8ZC

American Institute of Chemical Engineers (AIChE) Randall Platt D-BSSE, ETH Zurich ETH Zurich @ETH

Make sure you check out the fantastic artwork on the Issue #4 front cover!

Learn the significance of this work in Kwanwoo Shin's Editorial in #ACSSyntheticBiology ➡️ go.acs.org/8Zr

'Scientific progress relies on the maxim that scientific inquiry knows no bounds' 🤩

#TBT :

Synthetic Translational Regulation by Protein-Binding RNA Origami Scaffolds

➡️ go.acs.org/8XF

#TBT :

RPA/CRISPR/Cas12a-Based On-Site and Rapid Nucleic Acid Detection of Toxoplasma gondii in the Environment, from Lei et al.

Check it out! ➡️go.acs.org/8Ri

Synthetic biology can help to untangle the fascinating mechanisms that drive biological complexity and harness biological components to build entirely new materials and devices. Read our latest Virtual Special Issue and explore the latest research: go.acs.org/8QR

See this work by Groves et al. in which they introduce Maud (Teddy Groves, Novo Nordisk Foundation Science Cluster, Novo Nordisk Foundation):

Bayesian Regression Facilitates Quantitative Modeling of Cell Metabolism

Check it out right here ➡️ go.acs.org/8Nn

Code shared within, via GitHub repo 🤩

Our #WeekendReading suggestion for you today comes from Hamrick et al.:

Programming Dynamic Division of Labor Using Horizontal Gene Transfer ➡️ go.acs.org/8N4

Great work!

(Duke Center for Quantitative Biodesign)