… juvenile SLE (JSLE) patients with inactive and active LN from … of proteomic results (Figure
1E), we found that the urine LAIR1 … The red dash rectangles show terms difference between IL-…

… Comprehensive proteomic studies reported recently in LN … proteins best distinguished active
LN from inactive disease [5]. … being upregulated in the urine of active LN patients compared …

… was higher in patients with lupus nephritis than in those without … IL-18 is stored intracellularly
as a biologically inactive 24 kDa … a proteome-based urine biomarker panel of 273 urinary …

… There was significant difference between the three groups. This came higher than one …
patients with active renal disease than active non-renal disease, inactive SLE or healthy controls. …

… Proteomic analysis revealed that the treatment with xenon … Xenon (Xe) is a chemically
inactive inert gas and has been … using a formula—urinary Cr × 24-hour urine volume /serum Cr …

… made to identify biomarkers in the serum and urine of patients … lymphocyte subsets among
the non-LN, inactive-LN, and active-… The results showed significant differences among ΔeGFR …

… ) is an enzyme that converts inactive pyruvate dehydrogenase into its active form. In patients
… Urine metabolites may also be used to distinguish the pathological type of lupus nephritis …

… from 0 (inactive renal disease) to a maximum of 16. Active lupus nephritis was those with
an … Clinical and histopathological profile of lupus nephritis and response to treatment with …

… The outlook for patients with lupus nephritis has not … Serum miR levels change during active
or inactive disease states … the potential of urine proteome profiling to predict active immune …

… a comprehensive collection of the proteomic data that were previously … urine samples of
SLE patients with active renal conditions for serving as a potential biomarker of lupus nephritis …