4 resultados para Drell-Yan
em Consorci de Serveis Universitaris de Catalunya (CSUC), Spain
Resumo:
El volum que presentem és el segon de la col.lecció «Bibliothèque de Linguistique Romane» (BiLiRo), que va iniciar la seva singladura el 2002 amb el Trésor étymologique des mots de la Franche-Comté de Colette Dondaine. La col.lecció es publica sota el patrocini de la Société de Linguistique Romane i és dirigida per l"infatigable Gilles Roques.
Resumo:
El trabajo estudia la estructura mítica en las novelas modernas de iniciación por tres etapas estructurales, que se concretan como: separación-partida, pruebas-margen, regreso-reintegración. Se analizan la continuación y los aspectos actualizados de dicha estructura, y la aplicación de los mitemas fundamentales en tres novelas modernas: The Catcher in the Rye, Tokio Blues, Balzac y la Jóven Costurera China.
Resumo:
Background: The understanding of whole genome sequences in higher eukaryotes depends to a large degree on the reliable definition of transcription units including exon/intron structures, translated open reading frames (ORFs) and flanking untranslated regions. The best currently available chicken transcript catalog is the Ensembl build based on the mappings of a relatively small number of full length cDNAs and ESTs to the genome as well as genome sequence derived in silico gene predictions.Results: We use Long Serial Analysis of Gene Expression (LongSAGE) in bursal lymphocytes and the DT40 cell line to verify the quality and completeness of the annotated transcripts. 53.6% of the more than 38,000 unique SAGE tags (unitags) match to full length bursal cDNAs, the Ensembl transcript build or the genome sequence. The majority of all matching unitags show single matches to the genome, but no matches to the genome derived Ensembl transcript build. Nevertheless, most of these tags map close to the 3' boundaries of annotated Ensembl transcripts.Conclusions: These results suggests that rather few genes are missing in the current Ensembl chicken transcript build, but that the 3' ends of many transcripts may not have been accurately predicted. The tags with no match in the transcript sequences can now be used to improve gene predictions, pinpoint the genomic location of entirely missed transcripts and optimize the accuracy of gene finder software.
Resumo:
A Reply to the Comment by Jing-Dong Bao and Yan Zhou.