Calculations performed with the RELAP5 model, which includes these modifications, compare favourably with plant data.
Some modifications in the primer sequences were included; these modifications are indicated in bold letters in Table 1.
Including these gene modifications, our model predicted an increment of ethanol production of 5%, no glycerol production and consumption of acetate instead of production.
Examples of these include chemical modifications such as phosphorylations, triggering of conformational changes, and colocalizations.
These include such modifications as phosphorylations, ubiquitinations, sumoylations, methylations, acetylations, glycosyla-tions, etc.
These include simple modifications of PCR conditions, use of replicates, i.e. several independent PCR amplifications per individual, and sequencing of a large number of clones to reach allele saturation [ 10, 11].
Our analysis may include both of these modifications.
These methods include genetic modifications of cells; for example, replacing MHC genes, expression of Fas ligand, or modifications of other antigenic epitopes.
These epigenetic changes include histone modifications such as acetylation and methylation.
These include modifications on loans held by investors, however.
