Hydrogen, two [ferronickel] hydrogenation codes, Highways Department, fluorescence, hyn 1 and hyn2 genes respectively. In order to understand their cellular functions, we compared the existing growth rates (hyn 1 and Hyn 1) with the newly-built growth rates (Yinghe-1 highway) to find out the mutants of lactic acid or hydrogen in specific media.
At 5% or 50% (volume/volume), it is the only electron reduced by sulfate. Just missed the strain.
[Fe] hydrogen has a significant effect on lactic acid or increases hydrogen by 50% (volume I/ volume as the only electron donor). When the battery is at a low growth (5%[ volume/volume]) hydrogen concentration, these missing [NiFeSe] hydrogen are seriously damaged.
The growth rate of data is closely related to the results of extracting mRNA from cells cultured under three conditions by microarray hybridization and real-time PCR. The expression of fluorescent genes follows the order of 5 hydrogen "50%"
Hydrogen "lactic acid", the expression of this gene follows the opposite order. These results show that growth with lactic acid and 50% hydrogen is related to high intracellular hydrogen concentration, which is best captured by high activity and low affinity related to [iron] hydrogenase. On the contrary,
Hydrogen "lactic acid", the expression of this gene follows the opposite order. These results show that growth with lactic acid and 50% hydrogen is related to high intracellular hydrogen concentration, which is best captured by high activity and low affinity related to [iron] hydrogenase. On the contrary,
Hydrogenase