#ccl17 — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #ccl17, aggregated by home.social.
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Chemokines tend to be below the LOD in vivo for tryptic peptides, but may be observed via MHC class I & II peptide experiments.
#CCL17 (C-C motif chemokine ligand 17): Human Protein Atlas mRNA tissue distributions & GPMDB protein tissue tabbulations. #proteomics
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Chemokines tend to be below the LOD in vivo for tryptic peptides, but may be observed via MHC class I & II peptide experiments.
#CCL17 (C-C motif chemokine ligand 17): Human Protein Atlas mRNA tissue distributions & GPMDB protein tissue tabbulations. #proteomics
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Chemokines tend to be below the LOD in vivo for tryptic peptides, but may be observed via MHC class I & II peptide experiments.
#CCL17 (C-C motif chemokine ligand 17): Human Protein Atlas mRNA tissue distributions & GPMDB protein tissue tabbulations. #proteomics
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Chemokines tend to be below the LOD in vivo for tryptic peptides, but may be observed via MHC class I & II peptide experiments.
#CCL17 (C-C motif chemokine ligand 17): Human Protein Atlas mRNA tissue distributions & GPMDB protein tissue tabbulations. #proteomics
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In #Science (@sciencemagazine) this week, the Hanahan lab shows that the #RNA-binding protein #FMRP enables #tumors to evade being attacked by #CD8TCells. It does so by both suppressing #CCL17 & promoting #Tregs via #IL33 & #M2 #macrophages via #PROS1 & #ExtracellularVesicles!
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In #Science (@sciencemagazine) this week, the Hanahan lab shows that the #RNA-binding protein #FMRP enables #tumors to evade being attacked by #CD8TCells. It does so by both suppressing #CCL17 & promoting #Tregs via #IL33 & #M2 #macrophages via #PROS1 & #ExtracellularVesicles!
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In #Science (@sciencemagazine) this week, the Hanahan lab shows that the #RNA-binding protein #FMRP enables #tumors to evade being attacked by #CD8TCells. It does so by both suppressing #CCL17 & promoting #Tregs via #IL33 & #M2 #macrophages via #PROS1 & #ExtracellularVesicles!