(10 nodes) (2021) Comparative insights into genome signatures of ferric iron oxide- and anode-stimulated Desulfuromonas spp. strains. network (Geobacter sulfurreducens)

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Your Input:
	omcO	Cytochrome c; 27 heme-binding sites. (1046 aa)
	omcP	Cytochrome c; 4 heme-binding sites. (279 aa)
	nrfA	Cytochrome c nitrite and sulfite reductase, catalytic subunit lipoprotein; 5 heme-binding sites; Belongs to the cytochrome c-552 family. (490 aa)
	nrfH	Cytochrome c nitrite and sulfite reductase, menaquinol-oxidizing subunit; 4 heme-binding sites. (154 aa)
	imcH	Cytochrome c; Redox protein involved in a high-potential metal respiratory pathway. Is required only for electron transfer to terminal extracellular electron acceptors with redox potentials higher than -0.1 V. ImcH likely transfers electrons from the quinone pool to a periplasmic acceptor. (507 aa)
	macA	Cytochrome c peroxidase; 2 heme-binding sites. (346 aa)
	omcQ	Lipoprotein cytochrome c; 12 heme-binding sites. (329 aa)
	omcI	Lipoprotein cytochrome c; 10 heme-binding sites. (337 aa)
	omcZ	Cytochrome c; 8 heme-binding sites. (473 aa)
	omcB	Lipoprotein cytochrome c; Involved in anaerobic respiration with Fe(3+) as terminal electron acceptor. Acts as an electron-transport mediator in the dissimilatory reduction of Fe(3+). (744 aa)

Your Current Organism:

Geobacter sulfurreducens

NCBI taxonomy Id: 243231
Other names: G. sulfurreducens PCA, Geobacter sulfurreducens PCA, Geobacter sulfurreducens str. PCA, Geobacter sulfurreducens strain PCA

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Browse interactions in tabular form:

node1	node2	node1 accession	node2 accession	node1 annotation	node2 annotation	score
imcH	nrfA	GSU3259	GSU3154	Cytochrome c; Redox protein involved in a high-potential metal respiratory pathway. Is required only for electron transfer to terminal extracellular electron acceptors with redox potentials higher than -0.1 V. ImcH likely transfers electrons from the quinone pool to a periplasmic acceptor.	Cytochrome c nitrite and sulfite reductase, catalytic subunit lipoprotein; 5 heme-binding sites; Belongs to the cytochrome c-552 family.	0.794
imcH	nrfH	GSU3259	GSU3155	Cytochrome c; Redox protein involved in a high-potential metal respiratory pathway. Is required only for electron transfer to terminal extracellular electron acceptors with redox potentials higher than -0.1 V. ImcH likely transfers electrons from the quinone pool to a periplasmic acceptor.	Cytochrome c nitrite and sulfite reductase, menaquinol-oxidizing subunit; 4 heme-binding sites.	0.661
imcH	omcB	GSU3259	GSU2737	Cytochrome c; Redox protein involved in a high-potential metal respiratory pathway. Is required only for electron transfer to terminal extracellular electron acceptors with redox potentials higher than -0.1 V. ImcH likely transfers electrons from the quinone pool to a periplasmic acceptor.	Lipoprotein cytochrome c; Involved in anaerobic respiration with Fe(3+) as terminal electron acceptor. Acts as an electron-transport mediator in the dissimilatory reduction of Fe(3+).	0.597
imcH	omcI	GSU3259	GSU1228	Cytochrome c; Redox protein involved in a high-potential metal respiratory pathway. Is required only for electron transfer to terminal extracellular electron acceptors with redox potentials higher than -0.1 V. ImcH likely transfers electrons from the quinone pool to a periplasmic acceptor.	Lipoprotein cytochrome c; 10 heme-binding sites.	0.559
imcH	omcO	GSU3259	GSU2912	Cytochrome c; Redox protein involved in a high-potential metal respiratory pathway. Is required only for electron transfer to terminal extracellular electron acceptors with redox potentials higher than -0.1 V. ImcH likely transfers electrons from the quinone pool to a periplasmic acceptor.	Cytochrome c; 27 heme-binding sites.	0.498
imcH	omcP	GSU3259	GSU2913	Cytochrome c; Redox protein involved in a high-potential metal respiratory pathway. Is required only for electron transfer to terminal extracellular electron acceptors with redox potentials higher than -0.1 V. ImcH likely transfers electrons from the quinone pool to a periplasmic acceptor.	Cytochrome c; 4 heme-binding sites.	0.717
imcH	omcQ	GSU3259	GSU0592	Cytochrome c; Redox protein involved in a high-potential metal respiratory pathway. Is required only for electron transfer to terminal extracellular electron acceptors with redox potentials higher than -0.1 V. ImcH likely transfers electrons from the quinone pool to a periplasmic acceptor.	Lipoprotein cytochrome c; 12 heme-binding sites.	0.542
imcH	omcZ	GSU3259	GSU2076	Cytochrome c; Redox protein involved in a high-potential metal respiratory pathway. Is required only for electron transfer to terminal extracellular electron acceptors with redox potentials higher than -0.1 V. ImcH likely transfers electrons from the quinone pool to a periplasmic acceptor.	Cytochrome c; 8 heme-binding sites.	0.596
macA	nrfA	GSU0466	GSU3154	Cytochrome c peroxidase; 2 heme-binding sites.	Cytochrome c nitrite and sulfite reductase, catalytic subunit lipoprotein; 5 heme-binding sites; Belongs to the cytochrome c-552 family.	0.424
macA	omcB	GSU0466	GSU2737	Cytochrome c peroxidase; 2 heme-binding sites.	Lipoprotein cytochrome c; Involved in anaerobic respiration with Fe(3+) as terminal electron acceptor. Acts as an electron-transport mediator in the dissimilatory reduction of Fe(3+).	0.654
macA	omcI	GSU0466	GSU1228	Cytochrome c peroxidase; 2 heme-binding sites.	Lipoprotein cytochrome c; 10 heme-binding sites.	0.599
macA	omcO	GSU0466	GSU2912	Cytochrome c peroxidase; 2 heme-binding sites.	Cytochrome c; 27 heme-binding sites.	0.465
macA	omcZ	GSU0466	GSU2076	Cytochrome c peroxidase; 2 heme-binding sites.	Cytochrome c; 8 heme-binding sites.	0.741
nrfA	imcH	GSU3154	GSU3259	Cytochrome c nitrite and sulfite reductase, catalytic subunit lipoprotein; 5 heme-binding sites; Belongs to the cytochrome c-552 family.	Cytochrome c; Redox protein involved in a high-potential metal respiratory pathway. Is required only for electron transfer to terminal extracellular electron acceptors with redox potentials higher than -0.1 V. ImcH likely transfers electrons from the quinone pool to a periplasmic acceptor.	0.794
nrfA	macA	GSU3154	GSU0466	Cytochrome c nitrite and sulfite reductase, catalytic subunit lipoprotein; 5 heme-binding sites; Belongs to the cytochrome c-552 family.	Cytochrome c peroxidase; 2 heme-binding sites.	0.424
nrfA	nrfH	GSU3154	GSU3155	Cytochrome c nitrite and sulfite reductase, catalytic subunit lipoprotein; 5 heme-binding sites; Belongs to the cytochrome c-552 family.	Cytochrome c nitrite and sulfite reductase, menaquinol-oxidizing subunit; 4 heme-binding sites.	0.999
nrfA	omcI	GSU3154	GSU1228	Cytochrome c nitrite and sulfite reductase, catalytic subunit lipoprotein; 5 heme-binding sites; Belongs to the cytochrome c-552 family.	Lipoprotein cytochrome c; 10 heme-binding sites.	0.665
nrfA	omcQ	GSU3154	GSU0592	Cytochrome c nitrite and sulfite reductase, catalytic subunit lipoprotein; 5 heme-binding sites; Belongs to the cytochrome c-552 family.	Lipoprotein cytochrome c; 12 heme-binding sites.	0.563
nrfH	imcH	GSU3155	GSU3259	Cytochrome c nitrite and sulfite reductase, menaquinol-oxidizing subunit; 4 heme-binding sites.	Cytochrome c; Redox protein involved in a high-potential metal respiratory pathway. Is required only for electron transfer to terminal extracellular electron acceptors with redox potentials higher than -0.1 V. ImcH likely transfers electrons from the quinone pool to a periplasmic acceptor.	0.661
nrfH	nrfA	GSU3155	GSU3154	Cytochrome c nitrite and sulfite reductase, menaquinol-oxidizing subunit; 4 heme-binding sites.	Cytochrome c nitrite and sulfite reductase, catalytic subunit lipoprotein; 5 heme-binding sites; Belongs to the cytochrome c-552 family.	0.999

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