3.4.24.71	bovine	31470	
3.4.24.71	COS-1 cell membrane with overexpression of human ECE-1	701191	
3.4.24.71	DNA and amino acid sequence determination and anaylsis, genotyping, the ECE encoding gene shows several single nucleotide polymorphisms, overview	683965	
3.4.24.71	DNA and amino acid sequence determination and anaylsis, phylogenetic analysis	683713	
3.4.24.71	ECE-1 is endogenously expressed in HMEC-1 cells (RT-PCR, immunofluorescence)	697034	
3.4.24.71	ECE-1 mRNA level is 42% lower in stenotic valves	697686	
3.4.24.71	expressed in Chinese hamster ovary cells	669569	
3.4.24.71	expressed in Chinese hamster ovary CHO-K1 cells	31470	
3.4.24.71	expressed in COS-cells	31469	
3.4.24.71	expressed in NCM-460 cells	734268	
3.4.24.71	expression of ECE-1 is significantly higher in the solid tumors compared with effusions	697100	
3.4.24.71	extracellular domain of monomeric human ECE-1 (C428S) mutant (Q90-W770) is amplified by PCR and produced recombinantly in Escherichia coli (inclusion bodies)	699564	
3.4.24.71	gene ECE-1b , the ECE-1 gene is located on chromosome 1, 1p36, genotyping	709856	
3.4.24.71	generation of apolipoprotein E-deficient mouse from strain C57BL/6J	699415	
3.4.24.71	GFP-tagged ECE-1 overexpression in HEK-293 cells	709039	
3.4.24.71	isozyme genetic structure, overview, expression of wild-type isozyme ECE-1d and of truncated variant ECE-1sv lacking the signal peptide, expression analysis of isozymes and splicing variants, overview	683439	
3.4.24.71	overexpression of GFP-tagged isozymes in HEK cell endosomes, subcellular localization, overview	683696	
3.4.24.71	rat	31469	
3.4.24.71	sECE, constructed by fusing the cleavable signal peptide of pro-opiomelanocortin in frame to complete extracellular domain of ECE-1, expressed in CHO cells	651235	
3.4.24.71	solECE-1 constructed by fusing the cleavable N-terminalsignal sequence of human alkaline phosphatase in frame with the entire extracellular domain of ECE-1, transfected into CHO-K1 cells	649414