RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @MuenchLab: A very special moment-our #proteomics study on #SARSCoV2 infection now @nature and first clinical tests on the way. Fantast…
RT @CABSACSB: Nature article: https://t.co/2GOGLwE8Oe https://t.co/uMjSeDHDtT
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @nature: A study in Nature reports the proteomic characterization of SARS-CoV-2 infection in cell line culture, highlighting cellular pa…
@MuenchLab study in @Nature used quantitative proteomics, identifying host cell protein translation, proteostasis, glycolysis, splicing and nucleotide synthesis modulated by SARS-CoV-2. Inhibiting these prevented viral replication, broadening the scope of
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
N/ Proteomics of SARS-CoV-2-infected host cells reveals therapy targets. https://t.co/sYOYsWTXbH
RT @nature: A study in Nature reports the proteomic characterization of SARS-CoV-2 infection in cell line culture, highlighting cellular pa…
Findings provide insight for the development of therapy options for COVID-19! https://t.co/sjsjQ36k65
Proteomics of SARS-CoV-2-infected host cells reveals therapy targets | https://t.co/ZhFWOamcWP #proteomics https://t.co/3OKQcc30U7
CPI PI Christian Münch @MuenchLab and the Virology in Frankfurt @CiesekSandra published their fascinating proteomics study on #SARSCoV2 infection in @nature that provides much needed insight for the development of therapy options for COVID-19. Great work!
RT @MuenchLab: A very special moment-our #proteomics study on #SARSCoV2 infection now @nature and first clinical tests on the way. Fantast…
Jauna virzība SARS-COV2 izprašanā un ārstēšanā. https://t.co/40sGCvIPhN
RT @MuenchLab: A very special moment-our #proteomics study on #SARSCoV2 infection now @nature and first clinical tests on the way. Fantast…
Proteomics of SARS-CoV-2-infected host cells reveals therapy targets https://t.co/gJTavjn7Ea
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @Noahpinion: 22/More of the science of how coronavirus works. https://t.co/IeEytgh9PT
22/More of the science of how coronavirus works. https://t.co/IeEytgh9PT
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @nature: A study in Nature reports the proteomic characterization of SARS-CoV-2 infection in cell line culture, highlighting cellular pa…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @MuenchLab: A very special moment-our #proteomics study on #SARSCoV2 infection now @nature and first clinical tests on the way. Fantast…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
Results reveal the cellular infection profile of SARS-CoV-2 and led to the identification of drugs inhibiting viral replication. https://t.co/9wspwhTDtH
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @MuenchLab: A very special moment-our #proteomics study on #SARSCoV2 infection now @nature and first clinical tests on the way. Fantast…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @nature: A study in Nature reports the proteomic characterization of SARS-CoV-2 infection in cell line culture, highlighting cellular pa…
New SARS-CoV-2 paper in @Nature. IC50s of for compounds (plaD and 2DG) that inhibit viral replication (Fig. 3) seem to be the same as those for cell viability (Extended Fig. 5). What am I missing? https://t.co/5hJblJsbIo
Proteomics of...SARS-CoV-2-infected host cells. https://t.co/D6Z0J2j3zx
For a second was excited about this DPP4...well it's just an in silico study.... not putting my money on it
#nature Proteomics of SARS-CoV-2-infected host cells reveals therapy targets https://t.co/QD6E4kmwX4
RT @uranus_2: ヒト細胞において、新型コロナウイルスへの感染は、翻訳、スプライシング、炭素代謝、核酸代謝等の中核的な細胞経路に影響する。これらの経路を標的とした低分子阻害薬で、細胞でのウイルス複製を防止できる。Proteomics of SARS-CoV-2-inf…
RT @nature: A study in Nature reports the proteomic characterization of SARS-CoV-2 infection in cell line culture, highlighting cellular pa…
Researchers discover potential targets for covid-19 therapy. #science #epidemiology https://t.co/pPZowvmJMh
新型コロナウイルスに感染した細胞の質量分析による解析 ヒト細胞の翻訳、スプライシング、TCAサイクルなどに関連する因子に変化 pladienolide B (スプライシング阻害剤)、2-Deoxy-D-glucose(解糖系阻害剤)、リバビリン、NMS-873(p97阻害剤)が新型コロナの増殖を抑制 https://t.co/BNZCvIKWzN
RT @MuenchLab: A very special moment-our #proteomics study on #SARSCoV2 infection now @nature and first clinical tests on the way. Fantast…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @nature: A study in Nature reports the proteomic characterization of SARS-CoV-2 infection in cell line culture, highlighting cellular pa…
Nature article: https://t.co/2GOGLwE8Oe https://t.co/uMjSeDHDtT
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
ヒト細胞において、新型コロナウイルスへの感染は、翻訳、スプライシング、炭素代謝、核酸代謝等の中核的な細胞経路に影響する。これらの経路を標的とした低分子阻害薬で、細胞でのウイルス複製を防止できる。Proteomics of SARS-CoV-2-infected host cells reveals therapy… https://t.co/z8ZeKwbuiR
In order to find new treatments for COVID-19, scientists are probing how the coronavirus alters human cells when it infects and hijacks them. Medical virologists at the Frankfurt University hospital have been culturing cells of https://t.co/GX5ztgHoHJ
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @fran_mj88: Proteomics study of SARS-CoV2 infection. Outstanding work. https://t.co/xpXT6YGoxX
RT @MuenchLab: A very special moment-our #proteomics study on #SARSCoV2 infection now @nature and first clinical tests on the way. Fantast…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @MuenchLab: A very special moment-our #proteomics study on #SARSCoV2 infection now @nature and first clinical tests on the way. Fantast…
RT @MuenchLab: A very special moment-our #proteomics study on #SARSCoV2 infection now @nature and first clinical tests on the way. Fantast…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
NB >> Proteomics of SARS-CoV-2-infected host cells reveals therapy targets https://t.co/3gtozo5Bo9
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
Proteomics of SARS-CoV-2-infected host cells reveals therapy targets #COVIDー19 https://t.co/mbEaZb5H9v
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
La #proteómica ha permitido estudiar el virus #SARSCoV2 su receptor y potenciales blancos terapéuticos. 👉https://t.co/4cREpdjiEG https://t.co/HLJ0fNitnq
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
Instead of listening to politicized updates, figure this out
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @GaetanBurgio: As a person working on host response to infection, this is a cool paper on identification of host pathway changes followi…
RT @GaetanBurgio: As a person working on host response to infection, this is a cool paper on identification of host pathway changes followi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
RT @nature: A study in Nature reports the proteomic characterization of SARS-CoV-2 infection in cell line culture, highlighting cellular pa…
RT @EricTopol: Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/Vi…
Proteins and #SARSCoV2 DPP4 as a target https://t.co/Tj9zvZkFzh @CellCellPress Proteomics of infected cells https://t.co/VizePoucKn @nature https://t.co/HRYc30lZzT
RT @fran_mj88: Proteomics study of SARS-CoV2 infection. Outstanding work.
#SARS-CoV-2 reshapes central cellular pathways, such as #translation, #splicing, #carbonmetabolism and #nucleic acid metabolism: #Smallmolecule #inhibitors targeting these pathways prevented viral replication in cells https://t.co/mvVjUbYQNG
Proteomics of SARS-CoV-2-infected host cells reveals therapy targets | Nature https://t.co/sTD7VAUAWJ
RT @MuenchLab: A very special moment-our #proteomics study on #SARSCoV2 infection now @nature and first clinical tests on the way. Fantast…
RT @nature: A study in Nature reports the proteomic characterization of SARS-CoV-2 infection in cell line culture, highlighting cellular pa…
RT @fran_mj88: Proteomics study of SARS-CoV2 infection. Outstanding work.
RT @MuenchLab: A very special moment-our #proteomics study on #SARSCoV2 infection now @nature and first clinical tests on the way. Fantast…
RT @MuenchLab: A very special moment-our #proteomics study on #SARSCoV2 infection now @nature and first clinical tests on the way. Fantast…
RT @iDikic2: In @IBC2_GU we are so proud of Christian and his lab @MuenchLab. Congratulations to all involved for these amazing discoveries…
Proteomics study of SARS-CoV2 infection. Outstanding work.