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ATP驱动的电子传递的化学模拟表明,在DMF/H_2O(4∶1 v/v)介质中,ATP能与[Fe_4S_4(Sφ)_4~(-2)]络合并导致ATP的~(31)PNMR信号的低场位移,在ATP促进的电子传递中,没有促进ATP的水解.
The chemical simulation of ATP driven electron transport showed that ATP can complex with [Fe 4 S 4 (S φ) _4 -2] and result in the formation of ~ (31) of ATP in DMF / H 2 O (4:1 v / The low field shift of PNMR signals did not promote the hydrolysis of ATP in ATP-promoted electron transport.