A public gene trap resource for mouse functional genomics
Nature genetics, 2004 - nature.com
Nature genetics, 2004•nature.com
Figure 1 Comparison of the rates of trapping of the IGTC and OmniBank resources. Unique
Ensembl genes were identified using MAPTAG (http://www. sanger. ac.
uk/Software/MAPTAG), an automated annotation program that identifies short, almost perfect
matches to gene features in Ensembl. An additional 10% of the trapped genes were
identified from BLAST searches (≤ E–04) of the RefSeq database. Genome coverage was
calculated as the fraction of 8,000 full-length 'sentinel'genes2 trapped in each resource.
Ensembl genes were identified using MAPTAG (http://www. sanger. ac.
uk/Software/MAPTAG), an automated annotation program that identifies short, almost perfect
matches to gene features in Ensembl. An additional 10% of the trapped genes were
identified from BLAST searches (≤ E–04) of the RefSeq database. Genome coverage was
calculated as the fraction of 8,000 full-length 'sentinel'genes2 trapped in each resource.
Figure 1 Comparison of the rates of trapping of the IGTC and OmniBank resources. Unique Ensembl genes were identified using MAPTAG (http://www. sanger. ac. uk/Software/MAPTAG), an automated annotation program that identifies short, almost perfect matches to gene features in Ensembl. An additional 10% of the trapped genes were identified from BLAST searches (≤ E–04) of the RefSeq database. Genome coverage was calculated as the fraction of 8,000 full-length ‘sentinel’genes2 trapped in each resource.
nature.com
