The genome sequence of Red Underwing, Catocala nupta Linnaeus, 1767
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Summary
This summary is machine-generated.We present the genome assembly for the Red Underwing moth (<i>Catocala nupta</i>), detailing its 930.40 Mb genome, including sex chromosomes and 13,889 protein-coding genes.
Area Of Science
- Genomics
- Entomology
- Arthropoda Genomics
Background
- The Red Underwing (<i>Catocala nupta</i>) is a species within the Erebidae family.
- Genome sequencing provides critical insights into insect biodiversity and evolution.
Purpose Of The Study
- To generate a high-quality genome assembly for <i>Catocala nupta</i>.
- To annotate protein-coding genes and characterize the mitochondrial genome.
Main Methods
- Whole-genome sequencing of a female <i>Catocala nupta</i> specimen.
- Bioinformatic analysis for assembly, scaffolding, and gene annotation using Ensembl.
- Mitochondrial genome assembly.
Main Results
- A 930.40 megabase genome assembly was generated, with 99.82% scaffolded into 32 chromosomal pseudomolecules.
- The assembly includes the W and Z sex chromosomes.
- The mitochondrial genome was assembled (15.57 kilobases) and 13,889 protein-coding genes were identified.
Conclusions
- This genome assembly provides a valuable resource for future research on <i>Catocala nupta</i> and related Lepidoptera species.
- The annotated gene set will facilitate studies in evolutionary biology, population genetics, and pest management.
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