Sentence examples for much faster reactions from inspiring English sources

This rule permits us to treat protein-protein/galactose interactions as much faster reactions than protein synthesis/degradation (approximately instantaneous), while still allowing stochastic fluctuations to influence the deterministic solution trajectory in this multi-stable system (data not shown).

"I drive cars with automatic transmission with one foot on the accelerator and the other on the brake, which makes a much faster reaction possible," Thor Batista said in one message.

The memory enables a much faster reaction of this part of the immune system during a renewed contact with an already known antigen.

Larger portlandite crystals and secondary ettringite are its characteristic features as a consequence of the much faster reaction rates in the early-age concrete.

The mass transfer rate from the gas phase to the trickle phase has been evaluated by the reaction of H2S with SO2, which is a much faster reaction than the reaction with O2.

When the event is expected, i.e. the driver is anticipating the signal, this leads to a much faster reaction than having to act upon an unexpected event.

Base catalysis is known to be a much faster reaction compared with acid catalysis, but is also more selective with regards to the types of lipids that are transesterified.

Neuroglobin, like other heme proteins, can catalyze the reduction of nitrite to form NO according to the scheme I II As reaction II (rate constant of ∼2 × 10 M–1 s–1) is much faster than reaction I, reaction I is rate-limiting.

Average finger reaction times (fRTs) were fast, much faster than reactions to a dot moving on the screen in the same manner as the Attacker's finger.

In a short paper, two approximate routes are presented to analytical expressions for effectiveness factors η in non-isothermal, spherical catalysts in which diffusion is much faster than reaction.

However, with the much faster intramolecular reaction within the confines of the DNA helix, G-C ethane cross-link formation predominates over hydrolysis to form 1- 2-hydroxyethyl guanosine. The lack of cross-link precursor quenching by GSH strongly contrasts with that reported in earlier studies using BCNU.