Myelinated IL-1 receptor restricts the role of IL-27-mediated endothelial IIFN in acute acute acute

A new international medical study has found that the associated results are of important reference value for the prevention of disease. Autoimmune kidney disease can lead to glomerulonephritis (glomerulonephritis, GLN), and tubular interstitial fibrosis (TIF). We assume that IL-1R1 (white-agent-1 receptor 1) suppresses or weakens the immune inflammatory response, thereby significantly mitigating or suppressing epithelial fibrosis, caused by autoimmune kidney disease, and thus has some prevention or delaying effect on the further development of chronic kidney disease (CKD).

Mice with myelogenous IL-1R1 deficiency (LysMCre +) /Il1r1fl/fl - MKO) and control mice (LysMCre-) /Il1r1fl/fl - MWT) were administered non-invasive urotoxic serum (NTS) anti-inflammatory. MKO mice exhibited acute salivary and urethral damage, which was indicated by increased serum white protein (albumin), salivary injury score (gluuria), and kidney mRNA (Kidney mRNA) levels (KIM) - 1 (Havcr1) and kidney damage (NGAL/Lcn2) associated lipoprotein (GLA/Lcn2). MKO mice exhibited acute salivary and urethral damage, which was indicated by increased serum white protein (albumin), salivary injury score (Gluuria injury score), and renal damage to the salivary molecule (KIM)-1 (Havcr1) of renal mRNA (Kidney mRNA levels) and the glycoprotein (NGAL/Lcn2) associated with granulocytolemia.

Furthermore, it was found that elevated pressure and cell-mediated immunosuppressive cytokine expression (Ebi3/Il27a) (IL-27) caused by myeloma IL-1R1 deficiency. IL-27 subsequently induced high levels of IIFN expression. It should be noted that the above content was compiled based on international public research findings for reference by HealthCop and did not constitute a clinical recommendation.