Sentence examples for reaction compartmentalization from inspiring English sources

Mann et al. recently reported reaction compartmentalization in coacervate microdroplets formed by mixing nucleotides with low molecular weight cationic peptides.

Although both enzymes catalyse the same reaction, compartmentalization of IDO and TDO expression is thought to reflect their differing biological roles.

Furthermore, the export functionality defines three different ways to assign reactions and metabolites to compartments (compartmentalization): Completely Compartmentalized - reactions and metabolites are assigned to compartments as they are stored in the database.

The details of existing reactions (substrate and cofactor specificity, reaction reversibility, and compartmentalization) in the iND750 network were also re-evaluated to update the model based on existing literature.

Since the yeast 5 model has many more compartments than iTO977 it also has a higher number of metabolites and reactions when taking compartmentalization into account.

The initial abrupt increase in the conversion dependencies of weight-average molecular weight results from the compartmentalization of reaction loci and the gel effect.

Each of these enzyme engineering platforms relies on compartmentalization of reaction components, similar to microtiter plate-based assays which have been commonly used for testing the activity of enzyme variants.

Furthermore, we did not take into account the compartmentalization of reactions.

Subcellular compartmentalization of reactions was determined using the F-LocA (Fully-connected Localization Assignment), which is part of the RAVEN Toolbox.

The technologies can be broadly divided into three categories according to their spatial segregation strategy: (1) cells as reaction compartments, (2) in vitro compartmentalization via synthetic droplets, and (3) microchambers.

The effect of such compartmentalization of the reaction system on the molecular weight distribution development in non-linear polymerization is investigated by application of newly developed simulation models for emulsion polymerizations that include chain transfer to polymer and terminal double bond polymerization.