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Sup Table 1.Xlsx Supplemental Table 1. Full annotation of all differentially expressed genes between IS tissue of Day 7.5 pregnant Il15+/+ and Il15-/- mice as determined by microarray analysis. log2(Fold‐ Chromosome change Probe Symbol Description Chromosome GenBank Gene Cytoband UniGene PubMed Gene Ontology Pathway P.Adjusted Location Il15+/+/Il1 5‐/‐) XM_901690, XM_903949, XM_922038 molecular_function XM_901690, 1110038B RIKEN cDNA ‐35087182, ‐ 1990400 17 XM_903949, 68763 17 17 B1 Mm.28895 14 ‐0.593333 0.00134 12Rik 1110038B12 gene 35087182 XM_922038 XM_901690, XM_903949, XM_922038 cellular_component biological_process molecular_function cellular_component 1500015O RIKEN cDNA 3130368 1 43787446 NM_024283 78896 1 1 C1 Mm.50109 14 extracellular region ‐0.753333 0.001134 10Rik 1500015O10 gene biological_process cytoplasmic vesicle molecular_function cellular_component 2010011I RIKEN cDNA 1.03E+08 2 172171076 67017 2 2 H3 Mm.30013 12 biological_process WT Only WT Only 20Rik 2010011I20 gene membrane integral to membrane molecular_function cellular_component RIKEN cDNA nucleus 2500003 1.07E+08 2500003M10 3 ‐90302879 66511 3 3 F2 Mm.154136 17 ‐0.543333 0.000797 M10Rik gene transcription biological_process regulation of transcription molecular_function 2510016G RIKEN cDNA 1.02E+08 7 72438 7 Mm.394279 7 cellular_component ‐0.576667 0.003076 02Rik 2510016G02 gene biological_process molecular_function 2900046B RIKEN cDNA 2630725 9 74327 9 Mm.5264 7 cellular_component 0.613333 0.00033 09Rik 2900046B09 gene biological_process molecular_function 2900046B RIKEN cDNA 4810324 9 74327 9 Mm.5264 7 cellular_component 0.623333 0.000638 09Rik 2900046B09 gene biological_process molecular_function 5031414D RIKEN cDNA 4850494 14 75415833 NM_198642 271221 14 14 D3 Mm.320280 8 cellular_component ‐0.666667 0.004576 18Rik 5031414D18 gene biological_process molecular_function 6330403K RIKEN cDNA 2060504 11 ‐70845442 NM_134022 103712 11 11 B4 Mm.27768 13 cellular_component WT Only WT Only 07Rik 6330403K07 gene biological_process molecular_function RIKEN cDNA 6720422 1.05E+08 6720422M22 3 99946 Mm.440672 7 cellular_component KO Only KO Only M22Rik gene biological_process molecular_function 9130230L RIKEN cDNA Mm.436542 1450315 5 ‐66379166 XR_035361 231253 5 5 C3.1 9 cellular_component 0.78 0.008423 23Rik 9130230L23 gene Mm.478504 biological_process molecular_function 9130230L RIKEN cDNA Mm.436542 2190452 5 ‐66379166 XR_035361 231253 5 5 C3.1 9 cellular_component 1.17667 0.002484 23Rik 9130230L23 gene Mm.478504 biological_process molecular_function 9330182O RIKEN cDNA 1.02E+08 15 328531 15 15 B3.1 Mm.60703 7 cellular_component 0.643333 0.007724 14Rik 9330182O14 gene biological_process molecular_function A030010E RIKEN cDNA 1.06E+08 9 320039 9 Mm.208296 7 cellular_component 0.696667 0.003566 16Rik A030010E16 gene biological_process molecular_function A430005L RIKEN cDNA 4200273 4 153331345 NM_175287 97159 4 4 E2 Mm.7066 14 cellular_component ‐0.543333 0.005176 14Rik A430005L14 gene biological_process nucleotide binding ATP binding lysosome lysosome endosome late endosome Golgi apparatus Golgi apparatus ATP‐binding transport cassette, sub‐ ABC 1660110 Abca5 11 ‐110130682 NM_147219 217265 11 11 E1 Mm.41942 14 WT only WT Only family A (ABC1), transporters negative regulation of macrophage derived member 5 foam cell differentiation membrane integral to membrane ATPase activity nucleoside‐triphosphatase activity cholesterol efflux high‐density lipoprotein particle remodeling reverse cholesterol transport molecular_function NM_016703*, carboxylesterase activity NM_021304, NR_003522 cellular_component abhydrolase NM_016703*, 31252438, 6220685 Abhd1 domain 5 NM_021304, 57742 5 5 B1 Mm.389615 13 biological_process ‐0.656667 0.004949 31252478 containing 1 NR_003522 NM_016703*, membrane NM_021304, NR_003522 integral to membrane hydrolase activity carboxylesterase activity response to wounding abhydrolase membrane 4850504 Abhd2 domain 7 86418151 NM_018811 54608 7 7 D2 Mm.365490 14 0.596667 0.000561 containing 2 integral to membrane hydrolase activity negative regulation of cell migration Fatty acid molecular_function metabolism Valine, leucine and mitochondrion isoleucine degradation acetyl‐Coenzyme Biosynthesis 6100750 Acaa1b A acyltransferase 9 ‐119057160 NM_146230 235674 9 9 F3 Mm.379402 13 of ‐0.503333 0.001556 biological_process 1B unsaturated fatty acids Metabolic pathways PPAR signaling pathway Peroxisome Acap1 molecular_function phospholipase C activity signal transducer activity cellular_component lipid metabolic process signal transduction ArfGAP with NM_153788, ARF GTPase activator activity coiled‐coil, XR_032069 2120093 0.65 0.004127 ankyrin repeat NM_153788, biological_process and PH domains 1 XR_032069 zinc ion binding lipid catabolic process hydrolase activity intracellular signaling pathway regulation of ARF GTPase activity metal ion binding Purine in utero embryonic development metabolism Metabolic trophectodermal cell differentiation pathways Primary purine nucleoside binding immunodefi ciency liver development placenta development germinal center B cell differentiation positive regulation of germinal center formation negative regulation of leukocyte migration negative regulation of leukocyte migration negative regulation of mature B cell apoptosis adenosine deaminase activity adenosine deaminase activity adenosine deaminase activity adenosine deaminase activity extracellular space cytoplasm cytoplasm plasma membrane adenosine catabolic process adenosine catabolic process adenosine catabolic process deoxyadenosine catabolic process deoxyadenosine catabolic process cell adhesion nucleotide metabolic process purine ribonucleoside monophosphate biosynthetic process positive regulation of heart rate membrane hydrolase activity deaminase activity cell junction adenosine 2 94.0 cM 2 3130075 Ada 2 ‐163552319 NM_007398 11486 Mm.388 117 1.41667 0.017497 deaminase H3 lung development positive regulation of B cell proliferation dendrite cytoplasm positive regulation of T cell differentiation in the thymus neuronal cell body negative regulation of apoptosis regulation of T cell differentiation positive regulation of T cell differentiation positive regulation of smooth muscle contraction dATP catabolic process dATP catabolic process adenosine metabolic process hypoxanthine biosynthetic process inosine biosynthetic process inosine biosynthetic process inosine biosynthetic process xanthine biosynthetic process positive regulation of alpha‐beta T cell differentiation metal ion binding lung alveolus development Peyer's patch development embryonic digestive tract development negative regulation of inflammatory response negative regulation of inflammatory response positive regulation of calcium‐mediated signaling positive regulation of T cell receptor signaling pathway positive regulation of T cell activation negative regulation of penile erection negative regulation of thymocyte apoptosis negative regulation of mucus secretion negative regulation of mucus secretion metalloendopeptidase activity extracellular region proteinaceous extracellular matrix proteolysis integrin‐mediated signaling pathway a disintegrin‐like and metabolic process NM_011782, metallopeptidase XM_001480027 5890592 Adamts5 (reprolysin type) peptidase activity 0.836667 0.002307 NM_011782, with XM_001480027 thrombospondin metallopeptidase activity type 1 motif, 5 metallopeptidase activity zinc ion binding hydrolase activity extracellular matrix metal ion binding adenosine receptor activity, G‐protein coupled adenosine receptor activity, G‐protein coupled positive regulation of chronic inflammatory response to non‐antigenic stimulus signal transducer activity receptor activity G‐protein coupled receptor activity G‐protein coupled receptor activity plasma membrane plasma membrane plasma membrane signal transduction G‐protein coupled receptor protein signaling pathway activation of adenylate cyclase activity by G‐ protein signaling pathway positive regulation of cell proliferation negative regulation of cell proliferation cell surface positive regulation vascular endothelial growth factor production NM_007413, positive regulation of norepinephrine adenosine A2b XM_001473907 secretion 6860253 Adora2b ‐0.546667 0.002398 receptor NM_007413, XM_001473907 positive regulation of steroid biosynthetic process membrane integral to membrane positive regulation of cAMP biosynthetic process positive regulation of cAMP biosynthetic process positive regulation of cGMP biosynthetic process positive regulation of guanylate cyclase activity cellular response to extracellular stimulus positive regulation of chemokine production positive regulation of interleukin‐6 production negative regulation of collagen biosynthetic process positive regulation of catecholamine secretion positive regulation of mast cell degranulation regulation of angiogenesis positive regulation of vasodilation relaxation of vascular smooth muscle nucleotide binding protein kinase activity protein serine/threonine kinase activity G‐protein coupled receptor kinase activity G‐protein coupled receptor kinase activity signal transducer activity ATP binding nucleus protein amino acid phosphorylation adrenergic Olfactory ‐113389583, ‐ 1.03E+08 Adrbk2 receptor kinase, 5 NM_001035531 320129 5 60.0 cM 5 F Mm.285619 30 protein amino acid phosphorylation transductio 0.553333 0.001944 113339497 beta 2 n signal transduction kinase activity phosphorylation phosphorylation transferase activity axon dendritic spine dendritic shaft synapse beta‐adrenergic receptor kinase activity
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