References
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121. Khokhar MD, Shukla RS, Jasra RV (2009) Selective oxidation of methane by molecular oxygen catalyzed by a bridged binuclear ruthenium complex at moderate pressures and ambient
temperature. J Mol Catal A 299:108–116
122. Ito H, Mori F, Tabata K, Okura I, Kamachi T (2014) Methane hydroxylation using light energy
by the combination of thylakoid and methane monooxygenase. RSC Adv 4:8645–8648
123. Ito H, Kondo R, Yoshimori K, Kamachi T (2018) Methane hydroxylation with water as an
electron donor under light irradiation in the presence of reconstituted membranes containing
both photosystem II and a methane monooxygenase. ChemBioChem 19:2152–2155
101
121. Khokhar MD, Shukla RS, Jasra RV (2009) Selective oxidation of methane by molecular oxygen catalyzed by a bridged binuclear ruthenium complex at moderate pressures and ambient
temperature. J Mol Catal A 299:108–116
122. Ito H, Mori F, Tabata K, Okura I, Kamachi T (2014) Methane hydroxylation using light energy
by the combination of thylakoid and methane monooxygenase. RSC Adv 4:8645–8648
123. Ito H, Kondo R, Yoshimori K, Kamachi T (2018) Methane hydroxylation with water as an
electron donor under light irradiation in the presence of reconstituted membranes containing
both photosystem II and a methane monooxygenase. ChemBioChem 19:2152–2155