All changes for the tissue hematological system (287)

Identifier Name Type Tissues Organism Gene Data Actions
DAA2436 selenium binding protein 1 decreases with age Molecular mesenchymal stem cell Human SELENBP1 20.8% Decrease DNA Methylation
DAA2441 complement factor D preproprotein increases with age Molecular mesenchymal stem cell Human CFD 22.2% Increase DNA Methylation
DAA2442 ATP-binding cassette; sub-family A member 8 decreases with age Molecular mesenchymal stem cell Human ABCA8 25.0% Decrease DNA Methylation
DAA2438 syncoilin; intermediate filament 1 increases with age Molecular mesenchymal stem cell Human SYNC 21.4% Increase DNA Methylation
DAA2462 Level of miR-519d decreases with age Molecular mesenchymal stem cell Human MIR519D 44.7% Decrease miRNA Level
DAA2449 microfibrillar associated protein 5 decreases with age Molecular mesenchymal stem cell Human MFAP5 46.4% Decrease DNA Methylation
DAA2456 PDZ and LIM domain 2 isoform 3 increases with age Molecular mesenchymal stem cell Human PDLIM2 43.9% Increase DNA Methylation
DAA2439 hypothetical protein LOC283598 increases with age Molecular mesenchymal stem cell Human C14orf177 42.5% Increase DNA Methylation
DAA2450 casein kappa increases with age Molecular mesenchymal stem cell Human CSN3 16.3% Increase DNA Methylation
DAA2443 AMP-activated protein kinase; non-catalytic gamma-3 subunit decreases with age Molecular mesenchymal stem cell Human PRKAG3 15.1% Decrease DNA Methylation
DAA2437 dehydrogenase/reductase (SDR family) member 3 decreases with age Molecular mesenchymal stem cell Human DHRS3 18.6% Decrease DNA Methylation
DAA2455 CD34 antigen isoform b decreases with age Molecular mesenchymal stem cell Human CD34 17.3% Decrease DNA Methylation
DAA678 Capacity of mesenchymal stem cells to differentiate into osteoblasts may be decreased Physiological mesenchymal stem cell Human — —
DAA2460 gelsolin-like capping protein decreases with age Molecular mesenchymal stem cell Human CAPG 19.3% Decrease DNA Methylation
DAA2454 chemokine (C-C motif) receptor 1 increases with age Molecular mesenchymal stem cell Human CCR1 31.2% Increase DNA Methylation
DAA2453 hypothetical protein LOC126353 decreases with age Molecular mesenchymal stem cell Human MISP 24.8% Decrease DNA Methylation
DAA2444 AMP-activated protein kinase; non-catalytic gamma-3 subunit decreases with age Molecular mesenchymal stem cell Human PRKAG3 20.1% Decrease DNA Methylation
DAA2461 calcyphosine isoform b decreases with age Molecular mesenchymal stem cell Human CAPS 17.3% Decrease DNA Methylation
DAA2433 cyclin-dependent kinase inhibitor 2B isoform 2 decreases with age Molecular mesenchymal stem cell Human CDKN2B 16.7% Decrease DNA Methylation
DAA2452 homeo box B1 decreases with age Molecular mesenchymal stem cell Human HOXB1 49.3% Decrease DNA Methylation
DAA675 Beta-galactosidase expression increases in mesenchymal stem cells Physiological mesenchymal stem cell Human — —
DAA2458 hypothetical protein LOC146433 decreases with age Molecular mesenchymal stem cell Human IL34 27.7% Decrease DNA Methylation
DAA2463 Level of miR-19a decreases with age Molecular mesenchymal stem cell Human MIR19A 40.7% Decrease miRNA Level
DAA2435 zinc finger protein 549 increases with age Molecular mesenchymal stem cell Human ZNF549 19.3% Increase DNA Methylation
DAA2440 WNT1 inducible signaling pathway protein 2 precursor decreases with age Molecular mesenchymal stem cell Human WISP2 23.5% Decrease DNA Methylation