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We enjoyed putting our heads together with the Jakob and Freddolino labs to find that polyphosphate modulates the formation of functional RNA-protein condensates in response to nitrogen-starvation stress! journals.plos.org/plosbiology/...
19d
Julie Biteen
New preprint from the Vecchiarelli Lab! 🧵 Congratulations to first author Dr. Claire Dudley! @claire-dudley.bsky.social Claire uncovered a critical player in the organization for the photosynthetic cytoplasm of cyanobacteria - polyphosphate! #polyP www.biorxiv.org/content/10.6...
2mo
www.biorxiv.org
David’s study of bacterial chromosome organization is now published in ChemPhysChem! doi.org/10.1002/cphc...
Formal lab photo, spring 2026 edition.
1mo
12d
The Biteen Lab is ready for action. 🔬🥼🦠🧫
13d
Congrats to @juliebiteenlab.bsky.social PhD #20, Dr. Xiaofeng Dai! 🦠🔬💻🧬
Glad we could contribute to this beautiful work from Claire Dudley et al! I remain forever in awe of Dr. Daniel Foust’s amazing data visualization skills.
After a set of productive rotations, we are thrilled to welcome Lyn, Yuhan, and Anna, three fabulous Chemistry students who have now **officially** joined the Biteen Lab! #SingleMolecule #SuperResolution Biophysical Chemistry.
Congrats to Yunhan on winning the ACS Physical Chemistry Award and to Charlie on winning a summer undergraduate research fellowship! 🔬🦠🥼
1mo
In the context of carboxysome positioning, @azaldegui.bsky.social found that the aggregation of a bacterial microcompartment is prevented by a self-organizing DNA-binding ATPase! #SingleMolecule #SuperResolution #Microscopy with @cellforganized.bsky.social and JianLiu doi.org/10.64898/202...
1mo
1mo
Julie Biteen
Julie Biteen
2mo
3mo
Julie Biteen
Julie Biteen
Anthony Vecchiarelli
Julie Biteen
Julie Biteen
Julie Biteen
Julie Biteen
New preprint from the Vecchiarelli Lab! 🧵 Congratulations to first author Dr. Claire Dudley! @claire-dudley.bsky.social Claire uncovered a critical player in the organization for the photosynthetic cytoplasm of cyanobacteria - polyphosphate! #polyP www.biorxiv.org/content/10.6...
2mo
The nucleoid-associated proteins Dps, H-NS, and HU shape the bacterial chromosome in the deep stationary phase through their interactions with the nucleoid.
doi.org
Characterizing the Impact of Nucleoid‐Associated Proteins on HU‐DNA Interactions by Live‐Cell Single‐Molecule Tracking
www.biorxiv.org
Anthony Vecchiarelli
Also submitted just before the holidays: David Fuller collaborated with the Xindan Wang Lab to measure how growth-phase-dependent chromosome reorganization affects the behavior and function of bacterial nucleoid-associated proteins. #SingleMolecule #Microscopy www.biorxiv.org/content/10.6...
5mo
Julie Biteen