The result of gene annotation for Anolis homolechis genome using BRAKER2.

Anolis homolechis CDS predicted using BRAKER2.

Anolis sagrei peptide sequences predicted using BRAKER2.

10x barcode fastq of Anolis isolepis used for Supernova de novo assembly. Paired-end short read data for Supernova de novo assembly were deposited in the DDBJ Short Read Archive database under BioProject accession number PRJDB13431.

10x barcode fastq of Anolis sagrei used for Supernova de novo assembly. Paired-end short read data for Supernova de novo assembly were deposited in the DDBJ Short Read Archive database under BioProject accession number PRJDB13431.

Anolis porcatus peptide sequences predicted using BRAKER2.

Anolis sagrei CDS predicted using BRAKER2.

Repeatitive elements annotated by RepeatMasker were softmasked.

Anolis allogus CDS predicted using BRAKER2.

The result of gene annotation for Anolis homolechis genome using BRAKER2.

Repeatitive elements annotated by RepeatMasker were softmasked.

Repeatitive elements annotated by RepeatMasker were softmasked.

The result of gene annotation for Anolis allogus genome using BRAKER2.

Anolis allogus CDS predicted using BRAKER2.

Repeatitive elements annotated by RepeatMasker were softmasked.

The result of gene annotation for Anolis isolepis genome using BRAKER2.

10x barcode fastq of Anolis homolechis used for Supernova de novo assembly. Paired-end short read data for Supernova de novo assembly were deposited in the DDBJ Short Read Archive database under BioProject accession number PRJDB13431.

Anolis isolepis peptide sequences predicted using BRAKER2.

The result of gene annotation for Anolis homolechis genome using BRAKER2.

Anolis homolechis CDS predicted using BRAKER2.

The result of gene annotation for Anolis isolepis genome using BRAKER2.

Many laboratory experiments on aquatic vertebrates that inhabit closed water or coastal areas have highlighted negative effects of fast growth on swimming performance. Nonetheless, field studies on pelagic fishes have provided evidence of survival advantages of faster growing individuals. To reconcile this contradiction, we examined the relationship between growth rate and swimming performance as a continuous function for juveniles of chub mackerel (scomber japonicus) using 3D tracking analysis. For experiments, 20, 24, 27, and 30...

The result of gene annotation for Anolis porcatus genome using BRAKER2.

Anolis sagrei CDS predicted using BRAKER2.

Repeatitive elements annotated by RepeatMasker were softmasked.