The exon trapping assay partly discriminates against alternatively spliced exons
Athena Andreadis, Paul E. Nisson, Kenneth S. Kosik, Paul C. Watkins
Abstract
Athena Andreadis, Paul E. Nisson, Kenneth S. Kosik, Paul C. Watkins
Abstract
A cosmid containing eight exons of the gene coding for the microtubule-associated tau protein was subjected to the exon trapping assay. All the constitutive exons contained in the cosmid (4, 5, 7 and 9) were efficiently captured regardless of size. Of the four alternatively spliced exons, three (3, 4A and 8) were not isolated by the assay, but the behavior of exon 6 depended on the identity of its flanking exons.
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A cosmid containing eight exons of the gene coding for the microtubule-associated tau protein was subjected to the exon trapping assay. All the constitutive exons contained in the cosmid (4, 5, 7 and 9) were efficiently captured regardless of size. Of the four alternatively spliced exons, three (3, 4A and 8) were not isolated by the assay, but the behavior of exon 6 depended on the identity of its flanking exons.
Key concepts: Exon trapping, Exon, Biology, Tandem exon duplication, Exon shuffling, Genetics, Molecular biology, Gene