ÇOOH H. H HN CH, H,C.. H,NOC COOH H. HOOC COOH COOH Cofactor F430 (of methanogens) O is also common to photosynthetic microorganisms for the harvesting of light energy during photosynthesis. O is a cofactor of hydrogenases that is used to oxidize hydrogen and generate a proton motive force for methanogens. O is used in a select group of methanogens to transfer electrons in the membrane and generate protein motive force. O is the prosthetic group of the enzyme (methyl coenzyme M reductase) that catalyzes the terminal step of methanogenesis. Cofactor F430 is a nickel tetrapyrrol that serves as an electron carrier.

Chemistry & Chemical Reactivity
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Author:John C. Kotz, Paul M. Treichel, John Townsend, David Treichel
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Chapter24: Biochemistry
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ÇOOH
H.
H HN
CH,
H,C..
H,NOC
COOH
H.
ноос
COOH
COOH
Cofactor F430 (of methanogens)
O is also common to photosynthetic microorganisms for the harvesting of light energy during photosynthesis.
O is a cofactor of hydrogenases that is used to oxidize hydrogen and generate a proton motive force for
methanogens.
O is used in a select group of methanogens to transfer electrons in the membrane and generate protein motive
force.
O is the prosthetic group of the enzyme (methyl coenzyme M reductase) that catalyzes the terminal step of
methanogenesis. Cofactor F430 is a nickel tetrapyrrol that serves as an electron carrier.
Transcribed Image Text:ÇOOH H. H HN CH, H,C.. H,NOC COOH H. ноос COOH COOH Cofactor F430 (of methanogens) O is also common to photosynthetic microorganisms for the harvesting of light energy during photosynthesis. O is a cofactor of hydrogenases that is used to oxidize hydrogen and generate a proton motive force for methanogens. O is used in a select group of methanogens to transfer electrons in the membrane and generate protein motive force. O is the prosthetic group of the enzyme (methyl coenzyme M reductase) that catalyzes the terminal step of methanogenesis. Cofactor F430 is a nickel tetrapyrrol that serves as an electron carrier.
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