Sorry, we do not have enough data to show an influence graph for this author.
- Full text PDF available (0)
- This year (0)
- Last 5 years (0)
- Last 10 years (1)
We investigated the transcription rates of RNA polymerases that were subjected to rotational drag. By combining chemical kinetics with mechanical equations, we derived formulas for the transcription rate in the case where the torque was caused by the hydrodynamic drag to DNA rotation.
A Colle-Salvetti (CS)-type electron-nucleus correction in the nuclear orbital plus molecular orbital theory is proposed. The CS-type correction is designed to satisfy the cusp condition for the electron-nucleus interaction. Since the CS-type correction is expressed in terms of the electron and nucleus densities, its evaluation is computationally feasible.… (More)