Sentence examples for relevant electron from inspiring English sources

Electro-enzymatic biotransformation requires an efficient and robust electronic communication between the biomolecules and electrodes, often performed by the relevant electron transfer (ET) mediating systems.

We provide a unique analysis of atomistic simulations that enables quantitative comparison of templating results with the relevant electron diffraction data.

This observation illustrates that the CNT/Au/TiO2 nanocomposites modified electrode could obviously increase the relevant electron transfer rate and promote the electron exchange at electrode surface, which could readily provide enhanced stability and relatively long life-span to facilitate the high electricity production efficiency, suggesting its promising prospect application in MFCs.

State 3ADP is controlled approximately equally (depending on the tissue and conditions) by the activity of ATP turnover (primarily the adenine nucleotide translocase, phosphate transporter and ATP synthase) and substrate oxidation (including substrate uptake, processing enzymes, relevant electron-transport-chain complexes, pool sizes of UQ (ubiquinone) and cytochrome c, and [O2]).

The fabrication scheme and relevant scanning electron microscope (SEM) images are illustrated for easy understanding in Additional file 1: Figure S1.

We show that the molecular formulation of the dielectric response is especially useful for the discussion of the energetics and dynamics of the solvation process relevant to electron transfer reactions in solution.

The binding energy of the relevant core electrons is element specific, but differences in chemical bonding vary in the binding energy value by +/− 0.1 eV to a few eV.

Knowledge of the system state in terms of orthogonal or nonorthogonal electronic diabatic states affects the properties of quantum entanglement among the relevant components: reactive electron, reactive proton, and nuclear collective coordinates.

We discuss the parallel efficiency of the BCC algorithm and use it in the parallel simulation framework VORPAL to study problems in a parameter regime relevant to the electron cooling section for the proposed luminosity upgrade of the Relativistic Heavy Ion Collider.

This review focuses on the recent advances in physiology and biochemistry of bacterial reduction of azo compounds relevant to the electron transport chain.

Lack of oxygen or biochemical defects relevant to the electron transport system or the citric acid cycle restricts ATP production to glycolysis.