1.3.1.33	chloroplast	-	9507	-, 393843, 393858, 689772, 689784, 697680, 700758, 741157, 762710, 763107	
1.3.1.33	chloroplast	isoform POR1	9507	741255	
1.3.1.33	cytoplasm	nuclear-encoded cytoplasmically sythesized, posttranslationally processed on import into plastids	5737	393839, 393854, 393856	
1.3.1.33	cytosol	PORA precursor, pPORA	5829	700814	
1.3.1.33	etioplast	-	9513	393833, 393834, 393836, 393838, 393839, 393842, 393843, 393855, 393857, 393858, 393859, 393865, 393866, 689394, 689772, 697892	
1.3.1.33	etioplast	etioplast internal membrane	9513	393837, 393839, 393842, 393847	
1.3.1.33	etioplast	etioplast membrane	9513	393832, 393852, 393857	
1.3.1.33	etioplast	from prolamellar body to stroma of etioplast	9513	689396	
1.3.1.33	etioplast	membrane bound	9513	393835, 393845	
1.3.1.33	etioplast	prolamellar body	9513	657112	
1.3.1.33	etioplast	the enzyme (LPOR) binds more strongly to etioplast inner membranes than to thylakoid membranes	9513	763100	
1.3.1.33	etioplast	the enzyme (LPOR) exists as a ternary complex of protochlorophyllidee-NADPH-LPOR to form paracrystalline prolamellar bodies (PLBs) in etioplasts	9513	-, 763334	
1.3.1.33	etioplast prolamellar body	-	9541	393833, 393834, 393837, 393842, 393843, 393844, 393845, 393851, 393855, 393857, 393858, 393861, 393866, 654842, 656908, 656982, 700758	
1.3.1.33	etioplast prolamellar body	contains two photochemically active forms of the enzyme: protochlorophyllide oxidoreductase POR-PChlide640 and POR-PChlide650. Resuspension of prolamellar bodies in media with a pH below 6.8 leads to a rapid conversuion of POR-PChlide650 to POR-PChlide 640 and a dramatic reorganization of the membrane system of the prolamellar body. The disappearence of POR-PChlide 650 and the reorganization of the prolamellar body are irreversible	9541	393866	
1.3.1.33	etioplast prolamellar body	peripheral membrane protein	9541	393858	
1.3.1.33	membrane	-	16020	697892	
1.3.1.33	membrane	associated with	16020	758042	
1.3.1.33	membrane	LPOR is an integral monotopic membrane protein which is permanently attached to one side of the plastid inner membrane. Tubuloreticular prolamellar body membrane, envelope membrane	16020	763100	
1.3.1.33	nucleus	-	5634	740071	
1.3.1.33	plasma membrane	-	5886	393849, 393850	
1.3.1.33	plastid	-	9536	393839, 393843, 393844, 393853, 393854, 393856, 393858, 676012, 689784, 700758, 700814, 740071, 741337	
1.3.1.33	plastid	import of isoform PorA into plastids of cotyledons is substrate-dependent and organ-specific	9536	676494	
1.3.1.33	plastid	inner plastid membrane	9536	393856	
1.3.1.33	plastid	nucleus-encoded enzyme is synthesized as a larger precursor in the cytosol and imported into the plastid in a substrate-dependent manner. Plastid envelope membrane proteins, called protochlorophyllide-dependent translocon proteins, Ptcs, interact with pPORA during import. Partial suppression of pPORB import in white light	9536	657010	
1.3.1.33	plastid	outside the plastid in the area of the plasmalemma	9536	393844	
1.3.1.33	plastid	plastid membrane	9536	393841	
1.3.1.33	plastid	plastid membrane-associated	9536	393858	
1.3.1.33	prothylakoid	-	42649	393837, 393857	
1.3.1.33	thylakoid	-	9579	393858	
1.3.1.33	thylakoid	the enzyme (LPOR) binds more strongly to etioplast inner membranes than to thylakoid membranes	9579	763100	
1.3.1.33	thylakoid	thylakoid-membrane-bound	9579	393840