The model is also able to describe the reduction phase, the storage and NO breakthrough peaks, observed in experiments.
Applications of model reduction techniques in chemical engineering (coarse graining in phase transitions, reactors, combustion [ 2- 8]), in ecology [ 9] or climatology, are well developed.
Optionally, this model refinement step can be done after a dimensionality reduction phase.
In mathematical biology, model reduction techniques have been studied for a long time, mainly in the case where a model exhibits different time scales, or different spatial phases, which can be analyzed separately.
Thirdly, selective coding was applied in the reduction phase.
Antimycin, inhibitor of the Qi site, greatly diminished heme c reduction phase and fully abolished heme b re-oxidation phase leaving only its reduction phase.
Model reduction was performed with GINsim.
The field of protein crystallography has seen great progress in crystallization, data collection, phasing techniques, crystallization screens, robotics, as well as in software for data reduction, phasing, model building and refinement [1].
To this aim, a mathematical model that takes into account both oxidation and reduction phases was developed.
This study supports a model in which the ploidy-reduction phase of the parasexual cycle initiates with random chromosome loss events to produce highly unstable aneuploid derivatives that continue to have dynamic ploidy transitions until they reach a near-euploid state.
