Transcripts of seven neritid species were assembled to enhance genomic resources and biodiversity studies in this family.
Key Points
This research aims to provide a comprehensive transcriptomic dataset for seven neritid species to support future investigations in biodiversity and phylogenetics.
De novo assembly of transcriptomes using Trinity from seven species collected in China.
Benchmarking Universal Single-Copy Ortholog (BUSCO) analysis for transcript completeness.
Functional annotation yielding over 18,000 BLAST hits and extensive gene pathway information.
Average contig lengths ranged from 1,098 to 1,336 bp with N50 values exceeding 2,200 bp.
Complete BUSCO percentages ranged from 48.7% to 71.8% across species.
Functional annotation identified over 17,000 GO terms, 15,000 KEGG pathways, and 7,750 Pfam accessions.