Dunlop Lab
@dunloplab.bsky.social
Biomedical Engineering lab at Boston University focusing on feedback, control, optogenetics, and cell-to-cell heterogeneity in bacteria
My lab is hiring! We’re looking for a postdoctoral scholar in the area of optogenetic control, single-cell analysis, and gene expression dynamics in microbial systems. For more details see www.dunloplab.com
Dunlop Lab
www.dunloplab.com
August 5, 2025 at 7:43 PM
My lab is hiring! We’re looking for a postdoctoral scholar in the area of optogenetic control, single-cell analysis, and gene expression dynamics in microbial systems. For more details see www.dunloplab.com
A fantastic set of panelists talking about a topic I still find challenging. This looks great!
Final @ebrc.org SPA workshop of the year on Wed! Please RT/share!
🧬 Are you a student or postdoc interested to learn more about project design and selection?
📺 Attend our workshop + panel discussion about choosing a research topic!
🔗 Register here: forms.gle/yxfxon4WoEPB...
🧬 Are you a student or postdoc interested to learn more about project design and selection?
📺 Attend our workshop + panel discussion about choosing a research topic!
🔗 Register here: forms.gle/yxfxon4WoEPB...
December 3, 2024 at 11:49 AM
A fantastic set of panelists talking about a topic I still find challenging. This looks great!
Reposted by Dunlop Lab
SynBio Turing patterns in E.coli. I've seen this amazing project progress over the last few years at Imperial and excited that it's now published. Well done to all involved! www.cell.com/cell-systems...
A three-node Turing gene circuit forms periodic spatial patterns in bacteria
Engineering Turing patterns has been one of the most challenging problems in synthetic
biology because even tiny changes in the reaction parameters destroy patterning. Here,
the authors construct a mo...
www.cell.com
December 2, 2024 at 5:33 PM
SynBio Turing patterns in E.coli. I've seen this amazing project progress over the last few years at Imperial and excited that it's now published. Well done to all involved! www.cell.com/cell-systems...
Reposted by Dunlop Lab
@bostonu.bsky.social has a $100M Rajen Kilachand Fund, which supports convergent research at the intersection of life sciences and engineering. Congratulations to this year's winning teams, led by BU BME faculty Wilson Wong, David Boas, and Mary Dunlop!
www.bu.edu/eng/2024/11/...
www.bu.edu/eng/2024/11/...
Awards for Convergent Research Tackling Biggest Challenges in Life Sciences | College of Engineering
www.bu.edu
November 16, 2024 at 4:30 PM
@bostonu.bsky.social has a $100M Rajen Kilachand Fund, which supports convergent research at the intersection of life sciences and engineering. Congratulations to this year's winning teams, led by BU BME faculty Wilson Wong, David Boas, and Mary Dunlop!
www.bu.edu/eng/2024/11/...
www.bu.edu/eng/2024/11/...