about
Colony stimulating factor 2 (granulocyte-macrophage)Toll-like receptor 1Toll-like receptor 4Forkhead box P1Jumonji domain containing 6, arginine demethylase and lysine hydroxylaseSolute carrier family 7 member 2Endothelin 2CREB regulated transcription coactivator 3CD93 moleculeSolute carrier family 11 member 1Transmembrane protein 106ACREB regulated transcription coactivator 3Solute carrier family 7 (cationic amino acid transporter, y+ system), member 2Endothelin 2Jumonji domain containing 6Solute carrier family 11 (proton-coupled divalent metal ion transporters), member 1Transmembrane protein 106AToll like receptor 4Jumonji domain containing 6, arginine demethylase and lysine hydroxylaseColony stimulating factor 2Transmembrane protein 106AAllograft inflammatory factor 1Solute carrier family 7 member 2Toll-like receptor 4Endothelin 2Croquemort Dmel_CG4280Colony stimulating factor 2Toll like receptor 1Toll like receptor 4Forkhead box P1Toll like receptor 1Toll-like receptor 4a, likeToll-like receptor 4b, duplicate asuppressive immunomodulating factor, putativesuppressive immunomodulating factorSilent information regulator 2 related protein 1suppressive immunomodulating factor, putativeSilent information regulator 2 related protein 1suppressive immunomodulating factorSilent information regulator 2 related protein 1
P682
TLR4 mutations are associated with endotoxin hyporesponsiveness in humansIFNs activate toll-like receptor gene expression in viral infectionsPhosphorylation of CRTC3 by the salt-inducible kinases controls the interconversion of classically activated and regulatory macrophagescDNA cloning and primary structure analysis of C1qR(P), the human C1q/MBL/SPA receptor that mediates enhanced phagocytosis in vitroRole of monocytes in atherogenesis.RNA-Binding Proteins in the Control of LPS-Induced Macrophage ResponseBrevenal, a Marine Natural Product, is Anti-Inflammatory and an Immunomodulator of Macrophage and Lung Epithelial CellsMultiplexed, Sequential Secretion Analysis of the Same Single Cells Reveals Distinct Effector Response Dynamics Dependent on the Initial Basal StateThe vitamin E derivative garcinoic acid from Garcinia kola nut seeds attenuates the inflammatory responseModel-based Evaluation of Gene Expression Changes in Response to InfectionTumor cells induce LAMP2a expression in tumor-associated macrophage for cancer progressionESX Secretion-Associated Protein C From Induces Macrophage Activation Through the Toll-Like Receptor-4/Mitogen-Activated Protein Kinase Signaling Pathway
P921
Q14865502-3BD9C77B-9874-4366-BCA6-CA9878977B38Q14865502-529CE691-D34F-4D1F-9978-4843F33E64A2Q14912948-61F3F448-8FF5-4813-BE28-EA750EA4D098Q14914104-CB8C8C59-6C26-4AB8-8C3C-B72A0E8E2902Q15318932-3F209E44-8063-4356-B195-0B360CF201B1Q15318932-594B47D6-F07A-4795-84DC-88D51D2F7C74Q21109634-1D05B322-0693-4C8A-8789-E0498F0B5915Q21109939-A5DED871-9C63-4006-8ECD-AD67EA885714Q21112275-4BEF4C55-AAEE-45B1-B4DE-0E06F7D75207Q21115716-F8E6A0A2-3A81-4B91-874A-B078E72AB797Q21116923-CE499A2E-169B-438E-89A1-7C9F9B71FCEBQ21124081-4EBD88BA-2125-4F3E-95CE-3728FBAC184AQ21133847-9A146B6B-4EE0-4F10-BE00-342E97A98A68Q21498178-C75B1E02-E050-4E12-B42D-E8AD966A8C21Q21498207-98541A8A-5327-418D-8CB7-E81958FEB592Q21981783-EF4116DA-5C7C-4DA3-BF94-683A0CD3E8D8Q21985584-B012F04C-E09E-4660-8254-4A2FDB560EA9Q21990391-0D0B6629-C5BA-4670-AD2A-9B9CB1E34DAAQ21991231-5AC86995-90E3-4BF8-AD1F-6B26202074E2Q2335493-4A09DB01-3DFF-424F-8E48-F19544F31C2DQ28556008-472F7483-61E5-44B7-A3B6-801AFD6DAE99Q28556489-7C576AB7-A607-4057-806E-F9223847A265Q28556489-E0E2F39E-6ABF-4119-A14B-40C5D7586BE9Q28557105-CF57FD4D-F58D-44C5-AF4B-33D7DA94C08CQ28560557-70960C7F-FB2D-4474-AAB4-9C30E70FDCF8Q28561629-611EFC6F-8E47-4085-A54F-F0520E23AEE7Q28561771-6002CABE-8001-47A7-9F0E-2E4872A6A84FQ29518074-DAEB1172-3E69-415B-BA92-3549580F02BCQ29819221-2F370235-8191-4577-B38F-22B00CFA61C8Q423660-64246605-BC6C-452E-ADC7-C7880C5A4463Q423660-A410514F-6FBF-4BE9-9FB3-7C58E92563ABQ4459741-3F47CDFB-4089-43B4-B579-1C3D3A5A4657Q50854885-16FCA33D-CB2A-4B45-9D0E-BD5E44DB4E60Q5426962-89066297-D780-43F8-9F43-BCA4CA0A916EQ55198857-83D172A8-EC0B-46C0-BB15-C080D7C0CAE7Q56252255-E943E936-150E-4D8C-A2A2-9BB001B3E912Q56252632-C1E4AE59-8891-472A-BEB9-E5F68621E502Q61492401-243D5F66-5021-4F23-A7F7-556514EA607BQ61512376-247EE9E7-DD9B-454E-82F4-F24798282384Q61518853-8CB94022-BDBC-42EE-9C9D-5B98EDCD21E9
P682
Q22254186-9E4F4DD6-18DC-4389-A42D-D161DCDA791CQ24291813-2CCF8927-A372-4E2B-AE3B-A039839DD146Q24300186-C0A60A30-7472-4CB1-A9AC-18209FB392BDQ24322666-BE91EDD2-F1C7-41CD-9C42-8E38256ABFB5Q35541858-F3948B4D-AD4F-40E3-B493-7FD4E970B9C0Q61800005-42A9A41A-F645-4807-9284-A33E9257FBFBQ64071561-A55F626E-BCA5-4001-809F-0A2C1E903944Q64096583-61743B8B-B945-4C0C-A176-A758B1034D38Q64105348-5D72DD7C-7AB7-4B91-8946-1F6A101B1167Q64245353-A427DD75-ACDA-42DC-A992-22D0D4E5D01BQ64261371-717FACBC-178B-413A-BAF9-D765EC964667Q64263287-5FB6A776-62F8-4F55-A2B9-3226CDD7A8DB
P921
description
A change in morphology and beh ...... lar ligand, or soluble factor.
@en
biologisch proces
@nl
name
macrophage activation
@en
type
label
macrophage activation
@en
altLabel
GO:0042116
@en
macrophage polarization
@en
prefLabel
macrophage activation
@en
P486
P2888
P3827
macrophage-activation
P486
P686
GO:0042116