Chromosome-level clam genome helps elucidate the molecular basis of adaptation to a buried lifestyle
Data files
May 05, 2020 version files 26.11 MB
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Cyclina_sinensis_genome.cds.fa.gz
12.62 MB
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Cyclina_sinensis_genome.gff3.gz
5.34 MB
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Cyclina_sinensis_genome.pep.fa.gz
8.16 MB
Abstract
With gene prediction and functional annotation, a final nonredundant consensus gene set for C. sinensis was obtained, and 27,564 protein-coding genes were predicted in the final assembled genome. Finally, 27,344 protein-coding genes were annotated, accounting for 99.2% of all the predicted genes.
The prediction of genes in the C. sinensis genome was performed using a combination of three approaches: homolog-based, de novo, and transcriptome-based predictions.
- Wei, Min; Ge, Hongxing; Shao, Changwei et al. (2020). Chromosome-Level Clam Genome Helps Elucidate the Molecular Basis of Adaptation to a Buried Lifestyle. iScience. https://doi.org/10.1016/j.isci.2020.101148