When the term extraction is carried out, there is, usually, a specific objective, such as the building of taxonomies and ontologies, the elaboration of dictionaries, the translation, the organization, or the retrieval of textual data.
Term extraction is highly relevant as it is the basis for several tasks, such as the building of dictionaries, taxonomies, and ontologies, as well as the translation and organization of text data.
The sequence translation, exon organization, the multiple alignment and protein signature sequences have been analysed with Biology workbench.
The upregulated clusters comprised transcripts that function in protein translation, cytoskeleton organization, cell cell signaling, and ion channel activity.
A GSEA was performed for the entire transcription data set and among the up-regulated transcripts, we identified cellular respiration, ATP production, protein complex biogenesis, and mitochondria translation and organization as enriched biological processes (P < 0.005).
We then characterized these genes functionally using GO terms; this revealed that eight GO terms for biological process were enriched, including protein folding, mitochondrial transport, protein localization in mitochondrion, protein targeting to mitochondrion, translation, mitochondrion organization, protein import, and protein targeting.
The solutions proposed are an institutional change of attitude regarding the use of child translators, improved organization of translation resources and their adaptation to real needs, as well as a change in the focus of language training initiatives aimed at the community.
There is some indication that this translation-driven organization is also visible in global transcription patterns: in E. coli, transcription patterns could be classified into three categories: short range, of up to 16 kb; medium range, over 100 125 kb; and long range, over 600 800 kb (Jeong et al., 2004).
The results of this analysis are presented in Table 4 show that the majority of genes subjected to regulatory modifications also belong to most abundant functional categories including genes involved in metabolism, biosynthesis, organism development, cellular organization, translation, transport and stress response.
Network Address Translation allows an organization to use private, non-unique addresses on their internal networks.
