1.11.2.2	?	x * 64000, heavy chain of active enzyme, SDS-PAGE	743774	
1.11.2.2	?	x * 86000, inactive precursor of enzyme, SDS-PAGE	743774	
1.11.2.2	dimer	-	711882	
1.11.2.2	dimer	1 * 57000 + 1 * 10500, myeloperoxidase, SDS-PAGE	439756	
1.11.2.2	dimer	disufide-linked dimer, myeloperoxidase	439734	
1.11.2.2	homodimer	-	765381	
1.11.2.2	homodimer	2 * 70000, SDS-PAGE	764087, 765059	
1.11.2.2	homodimer	2 * 74430, calculated from amino acid sequence	764550	
1.11.2.2	homodimer	2 * 75000, mature enzyme, SDS-PAGE	764118	
1.11.2.2	homodimer	2 * 75000, SDS-PAGE	764550	
1.11.2.2	homodimer	2 * 83000, SDS-PAGE	765127	
1.11.2.2	homodimer	2 * 84000, human recombinant unprocessed myeloperoxidase, SDS-PAGE	711998	
1.11.2.2	homodimer	2 * 84000, recombinant MPO is secreted essentially as a monomeric, heme-containing, single-chain precursor of 84000 Da which exhibits peroxidase activity, gel filtration	711881	
1.11.2.2	homodimer	x-ray crystallography	711191, 712343	
1.11.2.2	monomer	1 * 70000, eosinophil peroxidase	439734	
1.11.2.2	monomer	the dimeric molecule can be cleaved into two monomeric subunits by HOCl, most probably due to oxidation of the disulfide bond between these subunits	764118	
1.11.2.2	tetramer	two heavy and two light subunits, SDS-PAGE	439743