2.4.1.152	bladder	transcript of FUT6 mRNA detected	639521	
2.4.1.152	blood plasma	-	639518	
2.4.1.152	blood plasma	enzyme activity is significantly higher in patients with chronic liver diseases than in that of normal controls	639526	
2.4.1.152	blood plasma	in individuals with plasma fucosyltransferase deficiency from Indonesia, either a missense mutation, G739A, in the catalytic domain, or a nonsense mutation, C945A, truncating the COOH terminus of the enzyme, leads to the total loss of the enzymatic activity of FUT6. 9% of individuals on the island of Java lack the plasma type enzyme. Activity is elevated in patients with a variety of malignant disorders, including liver cancer, elevated in heavy alcohol drinkers. Reduction of enzyme level in patients with schizophrenia	639521	
2.4.1.152	blood plasma	the plasma enzyme appears at the last trimester of gestation	639532	
2.4.1.152	brain	-	671893	
2.4.1.152	breast cancer cell	-	735901	
2.4.1.152	bronchial mucosa	from patients suffering from cystic fibrosis	690813	
2.4.1.152	CCRF-CEM cell	-	639528	
2.4.1.152	Colo-205 cell	-	695068	
2.4.1.152	colon	-	489362, 637652	
2.4.1.152	colon	transcript of FUT6 mRNA detected	639521	
2.4.1.152	colorectal carcinoma cell	-	723313	
2.4.1.152	commercial preparation	FucT-VI	662063	
2.4.1.152	connective tissue	-	489366	
2.4.1.152	culture condition:CD4+ cell	-	736464	
2.4.1.152	EAhy 926 cell	-	757537	
2.4.1.152	embryo	at the segmentation period, at 12, 18 and 48 h after fertilization	687445	
2.4.1.152	embryonic brain	-	736427	
2.4.1.152	endothelial cell	-	639521	
2.4.1.152	endothelial cell line	FUT7 mRNA minorly expressed in mouse brain endothelial cell line bEND.3	667231	
2.4.1.152	endothelium	the enzyme is expressed in endothelial cells lining the high endothelial venules of perpheral lymph nodes, mesenteric lymph nodes and Pever‘s patches	639534	
2.4.1.152	eosinophil	FT-IV mRNA is the predominant transcript in eosinophils isolated from human blood, TGF-beta1 upregulates FT-IV mRNA expression	671207	
2.4.1.152	eosinophil	FT-VII mRNA is weakly expressed in eosinophils isolated from human blood, its expression is up-regulated by TGF-beta1 to some extent	671207	
2.4.1.152	granulocyte	eosinophilic	639531	
2.4.1.152	granulocyte	neutrophilic	639531	
2.4.1.152	hematopoietic cell	-	736464	
2.4.1.152	Hep-G2 cell	-	639527, 704786	
2.4.1.152	hepatocellular carcinoma cell	-	721501	
2.4.1.152	hepatocyte	-	639533	
2.4.1.152	high endothelial venule	-	736464	
2.4.1.152	HL-60 cell	-	639528	
2.4.1.152	hypopharynx	-	671887	
2.4.1.152	hypopharynx	predominantly expressed	671893	
2.4.1.152	jejunum	-	489362	
2.4.1.152	JURKAT cell	FUT4 mRNA is prominently expressed in Jurkat cells, a human T cell line, FUT4 and FUT9 mRNA are distinctly up-regulated in Jurkat cells 3 h and 12 h after granzyme B treatment, respectively, whereas other FUT mRNAs are not affected	672496	
2.4.1.152	JURKAT cell	FUT9 mRNA is scarcely expressed in Jurkat cells, a human T cell line, FUT4 and FUT9 mRNA are distinctly up-regulated in Jurkat cells 3h and 12 h after granzyme B treatment, respectively, whereas other FUT mRNAs are not affected	672496	
2.4.1.152	K-562 cell	-	639528	
2.4.1.152	KG-1 cell	-	639528	
2.4.1.152	kidney	-	637652	
2.4.1.152	kidney	during renal organogenesis the myeloid enzyme is progressively replaced by the plasma enzyme in the proximal tubules and later by the Lewis enzyme in Bellini‘s ducts and calyce	639532	
2.4.1.152	kidney	FUT7 mRNA expression is highly up-regulated in rat kidney allograft 3 to 5 days after transplantation	667231	
2.4.1.152	kidney	rFuc-TVII mRNA expression undetectable in kidney but it is strongly enhanced during acute inflammatory reaction induced by kidney allograft rejection	660733	
2.4.1.152	kidney	transcript of FUT6 mRNA detected	639521	
2.4.1.152	larva	-	671893	
2.4.1.152	leukocyte	-	637644, 660698	
2.4.1.152	liver	-	637652, 639527, 639533, 692533	
2.4.1.152	liver	transcript of FUT6 mRNA detected	639521	
2.4.1.152	LoVo cell	-	723313	
2.4.1.152	lymph node	rFuc-TVII mRNA expression strongly detected in rat lymph node	660733	
2.4.1.152	lymphoid cell line	FUT7 mRNA remarkably highly expressed in mouse lymphoid tumor cell line TIB-63	667231	
2.4.1.152	macrophage cell line	FUT7 mRNA significantly expressed in mouse macrophage cell line TIB-69	667231	
2.4.1.152	MCF-10A cell	-	735901	
2.4.1.152	MCF-7 cell	-	735901	
2.4.1.152	MDA-MB-231 cell	-	735901	
2.4.1.152	MHCC-97 cell	-	756981	
2.4.1.152	milk	-	639519, 639520, 639521, 639531	
2.4.1.152	MOLT-4 cell	-	639528	
2.4.1.152	additional information	developmental expression of CEFT isozymes, overview	686972	
2.4.1.152	additional information	enzyme is produced by infection of Trichoplusia ni cells with recombinant baculovirus	639523	
2.4.1.152	additional information	no activity detected in Daudi, Raji and Reh leukemia cells	639528	
2.4.1.152	additional information	recombinant enzyme expressed in Sf-9 cells via baculovirus infection	639524	
2.4.1.152	additional information	throughout the menstrual cycle, FUT4 protein is localized to glandular and luminal epithelium in the endometrium	706697	
2.4.1.152	neural stem cell	-	736427	
2.4.1.152	neuroblastoma cell	CHP 134	349722	
2.4.1.152	neuron	-	688548, 691123	
2.4.1.152	neutrophil	-	736464	
2.4.1.152	NT2-N cell	NTERA-2/cl.D1 cells are cultured and differentiated into NT2N neurons	688548, 691123	
2.4.1.152	peripheral blood	-	637644	
2.4.1.152	RPMI-8226 cell	-	639528	
2.4.1.152	saliva	-	639517, 639521	
2.4.1.152	serum	-	349722	
2.4.1.152	SK-HEP-1 cell	-	721501	
2.4.1.152	small intestine	-	639521	
2.4.1.152	SMMC-7721 cell	-	721501	
2.4.1.152	spleen	-	721939	
2.4.1.152	TBY-2 cell	-	756828	
2.4.1.152	thorax muscle	-	671893	
2.4.1.152	thymus	-	721939	
2.4.1.152	uterus	-	687115	
2.4.1.152	uterus	transcript of FUT6 mRNA detected	639521	
2.4.1.152	venom	-	671887	
2.4.1.152	venom gland	predominantly expressed	671893	
2.4.1.152	WEGLI18 cell	-	639531