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Northern blot analysis of human tissues
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Northern blot analysis of human tissues
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expression of ppGalNAc-T1, -T2, -T3, -T4, -T6 and -T9 in B-cells and IgA-bearing B cells
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isozymes ppGalNAcT-1, ppGalNAcT-2, and ppGalNAcT-3, expression patterns, overview. Expression of isozyme ppGalNAcT-1 especially in calvaria and tibia
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Northern blot analysis of human tissues
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lymphoma cells
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ascending right part, low enzyme expression, decreased activity compared to normal colon, mono-glycosylates MUC5AC peptide
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ascending right part, high enzyme expression, 2fold higher activity than in stomach
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hydatid cyst wall
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dorsal longitudinal tracheal trunks and tracheal transverse connectives at embryonic stages 15-17, loss of PGANT35A activity leads to tracheal defects at embryonic stages 15-17, altered intracellular trafficking, reduction in apical and luminal epithelial marker components, alterations in cell shape, polarity and zona adherens formation, mislocation and disfunction of septate junctions, disruption of paracellular diffusion barrier formation
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dorsal root
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high enzyme expression in tumoral gastric tissue displaying intestinal metaplasia, increased activity compared to normal stomach, di-glycosylates MUC5AC peptide
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expression analysis of ppGalNAc-T6 in gastric mucosa, intestinal metaplasia, and gastric carcinomas, the isozyme shows a heterogeneous expression and staining pattern
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stomach fundus, 2fold lower activity than in colon, mono-glycosylates MUC5AC peptide
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ppGalNacT-1 activity is essential for O-glycosylation in germinal center (GC) B cells within the white pulp of the spleen and lymph nodes upon immunization, increased apoptosis of IgG bearing GC B cells and reduced IgG abundance in the absence of ppGalNAcT-1
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expression detected by Western blot
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AH-66 ascites hepatoma cells, harvested 6-7 days after the intraperitoneal transfer of ascites fluid from donor rats, activity much higher than in rat liver
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loss of PGANT35A activity does not alter morphology or staining patterns of epithelial marker components
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Northern blot analysis of human tissues
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colon carcinoma cell line
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lung small-cell carcinoma cell line
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gastric carcinoma cell line
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Northern blot analysis of human tissues
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expression of ppGalNAc-T1, -T2, -T3, -T4, -T6 and -T9 in NCI-H929 IgA myeloma cells
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ppGalNAc-T13 is abundantly expressed in neuroblastoma cells
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RT-PCR, expression at embryonal stage 13 in anterior mesoderm and neural crest
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cerebellar
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RCC 7860, expression detected by Western blot
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lung small-cell carcinoma cell line
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GALNTL5 gene expression is significantly higher in ejaculated sperm than in cauda epididymal sperm. GALNTL5 is strongly localized in the mid-piece and head of ejaculated sperm, and in the head-tail coupling apparatus and acrosome of cauda epididymal sperm. The amount of GALNTL5 protein in seminal plasma is significantly higher than in ejaculated sperm
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leukemia cell
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glioblastoma cell line
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a colon cancer cell line
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a colon cancer cell line
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Northern blot analysis of human tissues
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brain-specific expression of GalNAc-T9, mRNA is most abundant in cerebellum, lower levels in cerebral cortex, frontal lobe, temporal lobe and putamen
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ppGalNAc-T13 is highly and restrictively expressed in brain, fetal brain, adult cerebellum and cerebral cortex, exclusively in neuronal cells
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enzyme form pp-GalNAc-T15
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high levels of expression in cerebellum, hippocampus, thalamus, and cerebral cortex. Expression is associated with neurons, but not with glial cells
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pp-GalNAc-T13 is specifically expressed in neurons
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cDNA library used for cloning
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Northern analysis of eight human tissues differ clearly from that of the bovine GalNAc-transferase
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Northern blot analysis of human tissues
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low level of isozyme T4
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ppGalNAc-T13 expression only in brain, exclusively in neuronal cells
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redundancy of enzyme activity
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ppGaNTase-T9, less amount
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benign cell line HMT 3522, non-metastatic cell line BT 474, metastatic cell lines ZR75-1, T-47D, MCF-7
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ppGalNAc-T1 detection in all studied breast cancer cell lines
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ppGalNAc-T2 detection in all studied breast cancer cell lines
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ppGalNAc-T3 nearly undetectable in breast cancer cell line HMT-3522
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ppGalNAc-T4 undetectable in breast cancer cell line ZR75-1 cell
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ppGalNAc-T6 nearly undetectable in breast cancer cell line HMT-3522
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very weak signal
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weak signal
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moderate signal
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strong signal
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very strong signal
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enzyme form pp-GalNAc-T15
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enzyme form pp-GalNAc-T15
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enzyme form pp-GalNAc-T15
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Northern blot analysis of human tissues
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isozyme T4
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ppGaNTase-T6
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ppGaNTase-T9
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ppGaNTase-T6
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cloning of the pgant35A gene from embryonic cDNA library
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isozyme T4
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embryonic day 14.5, ppGaNTase-T9 is expressed relatively abundantly compared with ppGaNTase-T7, accumulation in brain
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expression increases at later embryonal developmental stages
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RT-PCR, xGalnt1, -6, -7 expression throughout early and late embryonal development
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human diffuse gastric carcinoma cell line GP202, enzyme form GalNAc-T1
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human diffuse gastric carcinoma cell line GP202, enzyme form GalNAc-T2
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human diffuse gastric carcinoma cell line GP202, enzyme form GalNAc-T3
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human diffuse gastric carcinoma cell line GP220, enzyme form GalNAc-T1
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human diffuse gastric carcinoma cell line GP220, enzyme form GalNAc-T2
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human diffuse gastric carcinoma cell line GP220, enzyme form GalNAc-T3
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human diffuse gastric carcinoma cell line GP220, enzyme form GalNAc-T4
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RT-PCR, expression is restricted to dorsal marginal zones at embryonal stage 20
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RT-PCR, xGalnt1, -6, -7 expression in both, dorsal and ventral marginal zones at embryonal stage 20
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Northern analysis of eight human tissues differ clearly from that of the bovine GalNAc-transferase
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Northern blot analysis of human tissues
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low level of isozyme T4
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ppGaNTase-T9, less amount
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ppGalNAcT-10 amplified from isolated total RNA
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HEK293 controls and HEK cells deleted for GalNAc-T2 or GalNAc-T3
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weak signal
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moderate signal
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very weak signal, nearly undetectable
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ovarian cancer cell
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enzyme form GalNAc-T1
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enzyme form GalNAc-T2
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enzyme form GalNAc-T3
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low activity, enzyme form GalNAc-T4
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low activity, enzyme form GalNAc-T6
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enzyme form GalNAc-T1
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enzyme form GalNAc-T3
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human trophoblast, enzyme form GalNAc-T1
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low activity, enzyme form GalNAc-T11
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low activity, enzyme form GalNAc-T4
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enzyme form GalNAc-T11
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enzyme form GalNAc-T3
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enzyme form GalNAc-T4
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enzyme form GalNAc-T6
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human stomach cancer, enzyme form GalNAc-T1
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human stomach cancer, enzyme form GalNAc-T2
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significantly high expression of ppGalNAc-T14
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enzyme form pp-GalNAc-T15
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tubules, no activity in glomeruli
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Northern analysis of eight human tissues differ clearly from that of the bovine GalNAc-transferase
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Northern blot analysis of human tissues
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low level of isozyme T4
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cloned from mouse kidney total RNA
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expresses GalNAc-T2
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Drosophila sp. (in: flies)
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subtegumental region of larval worms
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Northern blot analysis of human tissues
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ppGalNAcT-1 mediated O-glycosylation contributes to innate immune inflammatory response among activated endothelial cells by expression of cell surface selectin ligands on neutrophils
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expresses significantly more GalNAc-T2 than GalNAc-T1
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Northern analysis of eight human tissues differ clearly from that of the bovine GalNAc-transferase
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Northern blot analysis of human tissues
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low level of isozyme T4
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enzyme form pp-GalNAc-T15
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Northern analysis of eight human tissues differ clearly from that of the bovine GalNAc-transferase
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Northern blot analysis of human tissues
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isozyme T4
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ppGaNTase-T9, less amount
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Northern blot analysis of human tissues
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mostly inguinal lymph nodes, not Peyers patch tissue, ppGalNAcT-1 activity regulates L-selectin ligand level in high endothelial venules that is responsible for lymph node cellularity and B- and T-cell homing
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enzyme form pp-GalNAc-T15
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very weak signal
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weak signal
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no expression detected by Western blot
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strong signal
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enzyme form GalNAc-T3
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human colon epithelial carcinoma, enzyme form GalNAc-T1
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human colon epithelial carcinoma, enzyme form GalNAc-T2
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low activity, enzyme form GalNAc-T11
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low activity, enzyme form GalNAc-T4
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gastric cancer cell line, cDNA encoding the transferase is cloned and sequenced from a cDNA library of a human cancer cell line
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gastric carcinoma cell line
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ppGalNAc-T13 is abundantly expressed in primary cultured neurons
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pp-GalNAc-T13 is specifically expressed in neurons
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enzyme form pp-GalNAc-T15
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Northern blot analysis of human tissues
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low level of isozyme T4
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GALNTL5 protein is mainly located in the theca and granulosa cells of the ovary
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ppGaNTase-T9
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enzyme form pp-GalNAc-T15
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Northern analysis of eight human tissues differ clearly from that of the bovine GalNAc-transferase
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Northern blot analysis of human tissues
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enzyme form pp-GalNAc-T15
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Northern analysis of eight human tissues differ clearly from that of the bovine GalNAc-transferase
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Northern blot analysis of human tissues
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Northern blot analysis of human tissues
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loss of PGANT35A activity does not alter morphology or staining patterns of epithelial marker components
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immunohistology with a monoclonal antibody shows the expected Golgi-like localization in salivary glands
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Galnt3 is the major O-glycosyltransferase expressed in the secretory cells of salivary glands
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enzyme form pp-GalNAc-T15
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Northern analysis of eight human tissues differ clearly from that of the bovine GalNAc-transferase
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enzyme form pp-GalNAc-T15
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Northern blot analysis of human tissues
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isozyme T4
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ppGaNTase-T6
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ppGaNTase-T9
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ppGaNTase-T6
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enzyme form pp-GalNAc-T15
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Northern blot analysis of human tissues
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low level, ppGaNTase-T4
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ppGaNTase-T9, less amount
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enzyme form pp-GalNAc-T15
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Northern blot analysis of human tissues
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expression analysis of ppGalNAc-T6 in gastric mucosa, intestinal metaplasia, and gastric carcinomas
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isozyme T4
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ppGaNTase-T6
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ppGaNTase-T9, less amount
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ppGaNTase-T6
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GalNAc-T5 is most abundant in
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isozyme T4
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ppGaNTase-T6: highest level of mRNA
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ppGaNTase-T9
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ppGaNTase-T6: highest level of mRNA
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high enzyme concentration
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very weak signal
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weak signal
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moderate signal
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strong signal
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RT-PCR, expression at embryonal stage 27 excluded from the central area of the mediolateral spinal cord containing proliferating neuronal precursors
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RT-PCR, expression at embryonal stage 27 in forebrain
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RT-PCR, expression at embryonal stage 27 in neural crest cells that migrate into heart regions, branchial arches and heart anlage
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RT-PCR, expression at embryonal stage 27 in notochord (highest in posterior regions)
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RT-PCR, expression at embryonal stage 27 in the mantle (differentiating) territory of the mediolateral spinal cord
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Northern blot analysis of human tissues
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ppGaNTase-T9
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enzyme form pp-GalNAc-T15
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Northern blot analysis of human tissues
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enzyme form pp-GalNAc-T15
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Northern blot analysis of human tissues
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loss of PGANT35A activity leads to diminished O-glycosylation in epithelial cells of tracheal tube as well as reduced amount of GalNAc alpha-S/T glycans at the apical cell surface
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isozyme T4
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ppGaNTase-T9, less amount
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enzyme form pp-GalNAc-T15
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isozyme T4
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highest levels of GALNTL5 mRNA and protein occur in the uterine horn and oviductal ampulla and the lowest in the uterine cervix and oviductal infundibulum. GALNTL5 protein is mainly located in luminal and glandular epithelial cells of the uterus and oviduct
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ppGaNTase-T9, less amount
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weak signal
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moderate signal
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very strong signal
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additional information
Pgant2 expresses ubiquitously in silkworm tissues and cultured cells and during development
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additional information
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Pgant2 expresses ubiquitously in silkworm tissues and cultured cells and during development
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additional information
expression of enzyme throughout embryonic, larval and pupal stages, in adult males and females, expression increases during larval development and continues through pupal and adult stages
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additional information
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expression of enzyme throughout embryonic, larval and pupal stages, in adult males and females, expression increases during larval development and continues through pupal and adult stages
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additional information
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quantitative and qualitative differences in different organs
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additional information
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existence of more than one form of GalNAc-Ts which are expressed differentially in the gastrointestinal tract
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additional information
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ppGalNAc-T14 is ubiquitously expressed
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additional information
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tissue distribution of several ppGalNAc-transferases
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additional information
tissue distribution of several ppGalNAc-transferases
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additional information
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ppGalNAc-T1 is ubiquitously expressed, ppGalNAc-T13: not in glioblastoma cells and primary cultured astrocytes
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additional information
ppGalNAc-T1 is ubiquitously expressed, ppGalNAc-T13: not in glioblastoma cells and primary cultured astrocytes
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additional information
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no activity of GalNAc-T4 in GP202 cells
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additional information
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no activity of GalNAc-T6 in GP202 cells and GP220 cells
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additional information
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no activity of GalNAc-T6 in MKN45 cells, GP202 cells, GP220 cells, and K562
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additional information
pp-GalNAc-T15 transcript is ubiquitously expressed in human tissues, very low activity in bone marrow, leukocyte, heart, liver, testis, enzyme form pp-GalNAc-T15
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additional information
pp-GalNAc-T15 transcript is ubiquitously expressed in human tissues, very low activity in bone marrow, leukocyte, heart, liver, testis, enzyme form pp-GalNAc-T15
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additional information
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pp-GalNAc-T15 transcript is ubiquitously expressed in human tissues, very low activity in bone marrow, leukocyte, heart, liver, testis, enzyme form pp-GalNAc-T15
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additional information
Northern analysis of human organs revealed a wide expression pattern
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additional information
Northern analysis of human organs revealed a wide expression pattern
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additional information
Northern analysis of human organs revealed a wide expression pattern
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additional information
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Northern analysis of human organs revealed a wide expression pattern
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additional information
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traces of ppGaNTase-T6 in the ovary, cervix and uterus, ppGaNTase-T1 is present in all tissues examined
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additional information
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ppGalNAc-T13: not in astrocytes
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additional information
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tissue distribution of several ppGalNAc-transferases
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additional information
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quantitative and qualitative differences in different organs
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additional information
traces of ppGaNTase-T6 in the ovary, cervix and uterus, ppGaNTase-T1 is present in all tissues examined
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