Rudel Lab
@lab_rudel
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Our main research focus is on host-pathogen interactions and pathogenicity mechanisms. /Impressum: https://t.co/42JMySKnnQ @Uni_Wue
Würzburg, Germany
Joined March 2021
RT @OKurzai: @lab_rudel introduces the basic concept of @CRC_DECIDE at #DGHMVAAM2024 after two great keynotes by @AndreasPeschel1 and….
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RT @grk2157: 🎉Congrats Pargev Hovhannisyan on winning the Best Talk Award at the 20th Chlamydia Workshop in Ascona! Presenting research on….
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I am thrilled to be back at the #IPNC2023 in Boston with my colleges from Würzburg! Excellent talks and great discussions - like always
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RT @Helmholtz_HIRI: Congrats to @SorekLab @WeizmannScience for receiving the Max Planck-Humboldt Research Award! Together with #HIRI's @Joe….
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RT @SharmaLab1: 🚨Job offer🚨.We are hiring a postdoc in #infection/#RNA biology #microbiology #tissue engineering for our project @CRC_DECID….
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RT @grk2581: Last week, we had our annual retreat. Besides our scientific program (poster sessions, discussion rounds) we had time to explo….
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Nice people, excellent science and a lot of fun: the chair of microbiology retreat in the Rhön
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RT @EuropeVaccine: The 2nd #Inno4Vac ST3 (MERMAID) Regulatory stakeholder meeting “A regulatory exchange on diversity and standardisation o….
inno4vac.eu
The 2nd Inno4Vac ST3 (MERMAID) Regulatory stakeholder meeting was held June 27-28 and hosted by the Paul-Ehrlich-Institut in Langen, GE.
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It was great to attend a fantastic Chlamydia Basic Research Society conference in Omaha! Excellent science and nice people! We are locking forward to host the CBRS 2025 for the first time outside of the US - in Berlin!
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RT @JoergLab: We have 2 exciting postdoc positions available in our new center for single-cell RNA-seq of microbes, MICROSEQ. One wet lab,….
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RT @VAAM_Microbes: Congratulations to our members Sonja-Verena Albers @Archaellum, Thomas Rudel @lab_rudel and Volker Müller, Frankfurt on….
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We are very happy to share with you our review on interactions of Chlamydia trachomatis with the human host. Just out in @NatureRevMicro.
Intracellular lifestyle of Chlamydia trachomatis and host–pathogen interactions. Rudel & co summarize C. trachomatis intracellular cycle, its metabolism within the host cell, its defence against host cell immunity, and the transition to a persistent state
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Call for applications! The CRC DECIDE is offering 19 fully funded Ph.D. and 9 fully funded postdoctoral positions in disciplines regarding single-cell seq, tissue models or mass spectrometry and microscopy. For more infos visit
crc-decide.de
The DECIDE Collaborative Research Centre is identifying key decisions within the human host that control the course of an infection. The network of top researchers from Würzburg, Münster and Brauns...
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RT @SFB_TRR225: 📽️📽️Movie available: PhD students of the @SFB_TRR225 “#Biofabrication” and the @grk2157 "3D Infect" research group have or….
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RT @SFB_TRR225: We had a fantastic symposium bringing together #biofabrication and #infection. Spectacular presentations throughout, kudos….
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A great day for infection biology in Würzburg! Collaborative research Center "DECIDE" approved by the DFG! A big Thank You to everybody who made this happen. See for more information!.
crc-decide.de
The DECIDE Collaborative Research Centre is identifying key decisions within the human host that control the course of an infection. The network of top researchers from Würzburg, Münster and Brauns...
We are very happy about the new Collaborative Research Centre "Decisions in Infectious Diseases" #DECIDE! @dfg_public is funding it with 13 million euros. Congratulations to the team of CRC spokesperson Prof Thomas Rudel! ➡️
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RT @EuropeVaccine: #Inno4Vac 1st annual meeting brings together 30 members of MERMAID from 17 organisations & 8 countries in Siena. During….
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We are excited to share our newest publication from Dr. Vollmuth! She and her colleagues identified a mechanism which prevents chlamydial replication and induces persistence. c-Myc plays a key role in IFN-γ-induced persistence of Chlamydia trachomatis
elifesciences.org
The central immune modulator interferon-gamma downregulates the proto-oncogene c-Myc to shut down host cell metabolism and interfere with infection of epithelial cells by obligate intracellular...
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