6.3.4.2	50000	-	4 * 50000, SDS-PAGE	648984	
6.3.4.2	52000	-	4 * 52000, enzyme exists as tetramer in presence of UTP, Mg2+ and ATP	648989, 648992	
6.3.4.2	56180	-	x * 56180, calculation from nucleotide sequence	648966	
6.3.4.2	60000	-	2 * 60000	648977	
6.3.4.2	60240	-	mass spectroscopy, processed N-terminal Met1	677028	
6.3.4.2	60380	-	mass spectroscopy, unprocessed N-terminal Met1	677028	
6.3.4.2	64622	-	x * 64622, calculation from nucleotide sequence	648966	
6.3.4.2	64783	-	x * 64783, calculation from nucleotide sequence	648966	
6.3.4.2	65514	-	x * 65514, calculation from nucleotide sequence	648966	
6.3.4.2	65678	-	x * 65678, calculation from nucleotide sequence	648966	
6.3.4.2	66000	-	2 * 66000, SDS-PAGE	648982	
6.3.4.2	66710	-	x * 66710, calculation from nucleotide sequence	648966	
6.3.4.2	68000	-	4 * 68000, SDS-PAGE	648999	
6.3.4.2	70000	-	x * 70000, SDS-PAGE	727139, 727427, 728541	
6.3.4.2	100000	-	x * 100000, SDS-PAGE	662806	
6.3.4.2	105000	-	dimer, gel filtration	648989, 648992	
6.3.4.2	118000	-	gel filtration	648987	
6.3.4.2	122000	-	sucrose density gradient centrifugation	648982	
6.3.4.2	128000	-	monomer, gel filtration	648988	
6.3.4.2	138000	-	sucrose density gradient centrifugation in absence of nucleotides	648991	
6.3.4.2	210000	-	sucrose density gradient centrifugation in presence of nucleotides	648991	
6.3.4.2	210000	-	tetramer	648989	
6.3.4.2	234000	-	gel filtration	648977	
6.3.4.2	263000	-	dimer, gel filtration	648988	
6.3.4.2	280000	-	tetramer, gel filtration	648968