RT @nchembio: Work from @biodesign_lab used synthetic microbial consortia to demonstrate the role of local positive feedback signals in syn…
RT @jijzarco: Straight to the ‘must read’ folder: population control in spacially large microbial communities possible thanks to a positive…
RT @kjosic: New paper with @umichkim, @biodesign_lab, Chen Ye, A. Hirning and R. Alnahhas on how long-range coordination in bacterial commu…
RT @jijzarco: Straight to the ‘must read’ folder: population control in spacially large microbial communities possible thanks to a positive…
Cool paper from @biodesign_lab using #syntheticbio to induce genetic oscillations in large-scale bacterial cultures (https://t.co/ba41QjUmc4). Similar to @UCSD_BDL work. Recent Perspective article in @sciencemagazine: https://t.co/iX23xCsLbR https://t.co/4
RT @jijzarco: Straight to the ‘must read’ folder: population control in spacially large microbial communities possible thanks to a positive…
RT @jijzarco: Straight to the ‘must read’ folder: population control in spacially large microbial communities possible thanks to a positive…
RT @jijzarco: Straight to the ‘must read’ folder: population control in spacially large microbial communities possible thanks to a positive…
RT @jijzarco: Straight to the ‘must read’ folder: population control in spacially large microbial communities possible thanks to a positive…
RT @jijzarco: Straight to the ‘must read’ folder: population control in spacially large microbial communities possible thanks to a positive…
RT @jijzarco: Straight to the ‘must read’ folder: population control in spacially large microbial communities possible thanks to a positive…
Check it out @borrego_nestor!
Straight to the ‘must read’ folder: population control in spacially large microbial communities possible thanks to a positive feedback loop (autocalysis is everywhere) https://t.co/GVfgzlbPjl
RT @nchembio: Work from @biodesign_lab used synthetic microbial consortia to demonstrate the role of local positive feedback signals in syn…
Work from @biodesign_lab used synthetic microbial consortia to demonstrate the role of local positive feedback signals in synchronizing microbial behavior across extended distances. Readable link at https://t.co/gIfTRzHKEn. https://t.co/hLOIfvKiST
RT @kjosic: New paper with @umichkim, @biodesign_lab, Chen Ye, A. Hirning and R. Alnahhas on how long-range coordination in bacterial commu…
RT @kjosic: New paper with @umichkim, @biodesign_lab, Chen Ye, A. Hirning and R. Alnahhas on how long-range coordination in bacterial commu…
RT @kjosic: New paper with @umichkim, @biodesign_lab, Chen Ye, A. Hirning and R. Alnahhas on how long-range coordination in bacterial commu…
RT @kjosic: New paper with @umichkim, @biodesign_lab, Chen Ye, A. Hirning and R. Alnahhas on how long-range coordination in bacterial commu…
Our recent work with @kjosic @biodesign_lab #Math + #SyntheticBiol reveals how cells achieve long-range coordination for rhythmic gene expression. #synchronization #PDE #oscillation https://t.co/nn4e1p8n1e
New paper with @umichkim, @biodesign_lab, Chen Ye, A. Hirning and R. Alnahhas on how long-range coordination in bacterial communities can be achieved through local interactions https://t.co/oczzn6BagB