Jun Liu Lab
@JunLiuLab
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Cryo-electron Tomography @YaleMed Department of Microbial Pathogenesis Microbial Sciences Institute #cryoEM #cryoET
New Haven, CT
Joined June 2018
Postdoctoral Positions @JunLiuLab @Yale #CryoET #CryoEM #postdocs #postdocposition #sciencejobs
https://t.co/87QNdCQ0qq
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Beautiful work using #insitu #cryoEM #SingleParticleAnalysis from @guowangbiao @YaleMicroPath in @NatureMicrobiol
https://t.co/UZIjxpOL72
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Now in 3D: Yale scientists catch Legionnaires' disease ‘in the act’. https://t.co/7HZVWBefub
@Yale @PNASNews @JunLiuLab @YaleMicroPath @Goodman_lab
westcampus.yale.edu
The Yale labs of Craig Roy and Jun Liu have harnessed the power of cryo-EM to solve a 30-year mystery of how the Legionella bacteria works
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The Stavroula Hatzios lab has revealed how different gut bacteria feed on a dietary antioxidant found in mushrooms – and a potential target pathway for colorectal cancer therapeutics https://t.co/QcQ2HngTfd
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Exciting findings from @JunLiuLab #postdoc @YueJianUSTC @YaleMed Architecture and activation of the Legionella Dot/Icm type IVB secretion machine #cryoEM #cryoET #Legionella
biorxiv.org
The Dot/Icm machine in Legionella pneumophila is one of the most versatile type IV secretion systems (T4SSs), with a remarkable capacity to translocate over 330 different effector proteins across the...
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Congratulations to #postdoc Jiaqi Guo @JunLiuLab @YaleMicroPath on her poster prize at the 10th Annual Biophysics and Structural Biology Symposium @YaleChem #cryoET #cryoFIB #cryoEM
medicine.yale.edu
My research focuses on how nanoscale structures drive bacterial motility and interact with host cells. In Vibrio cholerae, the pathogen that causes cholera, a
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Congratulations to our #postdoc Shoichi Tachiyama @JunLiuLab on his paper @mbiojournal
https://t.co/OpS80cBRA5
#T6SS #cryoET
journals.asm.org
Francisella tularensis is an intracellular bacterial pathogen that causes the zoonotic disease tularemia. Following uptake by host cells, the bacteria rapidly escape the phagosome and replicate...
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MotE-like proteins, including FlgY in Campylobacterota and FlbB in Spirochaetota, form characteristic ring structures across bacterial phyla. https://t.co/LPeHscQyuZ
https://t.co/zNtUe9nHAd
https://t.co/5ZHNtBrydh
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The architecture, assembly, and evolution of a complex flagellar motor https://t.co/zNtUe9nHAd
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Excited to share our work: Episymbiotic Saccharibacteria TM7x modulates the susceptibility of its host bacteria to phage infection and promotes their coexistence @JMcLean_UW @BatbilegBor @putingdong @ForsythResearch @JunLiuLab | PNAS
pnas.org
Bacteriophages (phages) play critical roles in modulating microbial ecology. Within the human microbiome, the factors influencing the long-term coe...
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High-res In-situ Structures of Mammalian Respiratory Supercomplexes in Reaction within Native Mitochondria https://t.co/YZZ2njfWd4 Check out my lab's first work on membrane proteins! Yes, we knew nothing about detergent😜, so we directly imaged proteins within native membrane!
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Many thanks from us all to @LiangChenFSU, @Cai_cryoET, and @PhilGuo1 – opening his lab soon @mcgillu! And welcome to new @JunLiuLab members @YueJianUSTC and @botting_jack!
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Welcome aboard! Very excited to have you as our colleague!
I’m thrilled to share that I will be joining @YaleMedin the Department of Microbial Pathogenesis @YaleMicroPath and the Yale Microbial Sciences Institute as an assistant professor. The Pi lab will open doors this September on the beautiful @YaleWestCampus.
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Five awesome PhDs in one year! Congratulations to Drs. Cong Shen, @Aldo_Salazar13 Peter Dahl, Catharine Shipps, and Vishok Srikanth! Richly deserved. It was a great honor and privilege to serve as your mentor! All the best for the future! @yalembb @YaleMicroPath @YaleWestCampus
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Incredible work from Associate Research Scientist Emilia Krypotou! Thank you & congratulations to all our collaborators @YaleMed & Microbial Sciences Institute! #Btheta #Rho #gutmicrobiome Bacteria require phase separation for fitness in the mammalian gut
science.org
A commensal bacterium exploits phase separation of a transcription termination factor to colonize the gut.
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Thanks to @nytimes for promoting #Shigella research. @junliulab, @YaleMed postdoc Shoichi Tachiyama, & collaborators investigating #T3SS @PNASnews 2015, @JBiolChem 2019, @FrontCellInfect 2021... https://t.co/60sSOzrZEA
nytimes.com
Five percent of Shigella infections are now resistant to standard antibiotics. This could be a predictor of what’s to come with other bacteria.
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Dear Howard, We miss you a lot! With love, The BLAST community ❤️❤️❤️
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