Excited to share our paper: we make 30 functional E. coli translation factors in a minimal system (PURE), find threshold concentrations to confirm nascent activity and use DNA-brushes to co-localize genes/proteins for simultaneous self-regeneration. https://t.co/JbNPIY3mu9
🧬How do synthetic cells talk to each other? 🗣️🔬
Discover our new open access review, written together with the postdocs of the Bar-Ziv lab: @Aurore__Dupin , @matthschwa , and @FeSchiessl.
📖 Dive in and join the conversation!
https://t.co/ljKli6oyaD
Researchers, led by Dr. @jricou from Prof. Roy Bar-Ziv’s lab, have created a two-dimensional structure composed of more than 1,000 artificial cells on a silicon chip that behave like programmable synthetic tissue. The new findings, published in @NatureComms, represent a step forward in biological engineering >> https://t.co/VdszQ9JBi6
Latest preprint on transplanting chromosomes into microfluidic biochips and rebooting the genome with cell-free gene expression. The deconstruction into a simple artificial system revealed fascinating DNA swelling dynamics with transcription. Enjoy!
https://t.co/SexMRWkn3Z
I'm thrilled to share the preprint of our latest work on antibody profiling using a cell-free multiplex platform.
Cell-free immuno-profiling on a genetically programmed biochip https://t.co/GldoWnVFta
Biological decision making in artificial cells has been studied in the new publication from the Bar-Ziv lab. @FeSchiessl@WeizmannScience@NatureComms https://t.co/MDM6neYdZa