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02/23/2017 01:32 PM EST
Annotation Release 101 for the bottlenose dolphin (Tursiops truncatus) is out in RefSeq! This annotation was based on the NIST Tur_tru v1 assembly, which has a four-fold increase in contiguity from the assembly used in the previous annotation. Over four billion RNA-Seq reads from … Continue reading ![](https://blogger.googleusercontent.com/img/proxy/AVvXsEgkXjk9OJPweFVTVk5uQO63Sf7m5NFVmv9BPbkPULuhL3E1KCEvt6vEQ5Gr4Sp7lKmGHGcs2Aul96M-PVYMxmVWEtyje8K5rscxKWDG9wwxYMu9oXlusjgLynrOoZKsKSKyZwQEQgj3DHB4tieLAyQ6YBrNFEgVLsLkKlnh40MIt43IHf9pu8eHYwg8YkiDisEF-CgzEt3ZHNWE9h407fPhyIMQR_cZZW4zjtE_4XqKp1SYJA=s0-d-e1-ft&blog=42777678&post=1028&subd=ncbiinsights&ref=&feed=1)
02/22/2017 02:49 PM EST
Annotation Release 101 for the bottlenose dolphin (Tursiops truncatus) is out in RefSeq! This annotation was based on the NIST Tur_tru v1 assembly, which has a four-fold increase in contiguity from the assembly used in the previous annotation. Over four billion RNA-Seq reads from skin and blood tissue were used for gene prediction. As a result of these improvements, the percent of partially-represented protein-coding genes went down from 24% to 4%. Over 2500 genes that were fragmented in the previous assembly were merged into complete genes. A total of 24,026 genes were annotated, and 17,096 of them were protein-coding. A full report on the annotation can be found here.
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