Data DescriptorGenomic resources of aquatic Lepidoptera reveal similarities with Trichoptera in amino acid composition of silk genes

READMEFiles for Elophila obliteratis:elophila_both_dc_hifiasm.final2 - Primary genome assemblyElophila_obliteralis_alternate_assembly.fasta – Alternate genome assemblyElophila_obliteralis_blast2go_results.pdf – Blast2go Results (functional annotation)Elophila_obliteralis_blastp.xml – Blasted proteinsElophila_obliteralis_braker_annotation.gtf – Braker Annotation (structural annotation)Elophila_obliteralis_braker_annotation_proteins.aa – Annotated ProteinsElophila_obliteralis_repeatmasked_assembly.fasta – Repeat masked assembly (softmasked)Files for Hyposmocoma kahamanoahypo_dc_asm.final2.fasta - Primary genome assemblyHyposmocoma_kahamanoa_alternate_assembly.fa – Alternate genome assemblyHyposmocoma_kahamanoa_blast2go_results.pdf – Blast2go Results (functional annotation)Hyposmocoma_kahamanoa_blastp.xml – Blasted proteinsHyposmocoma_kahamanoa_braker_annotation.gtf – Braker Annotation (structural annotation)Hyposmocoma_kahamanoa_braker_annotation_proteins.aa – Annotated ProteinsHyposmocoma_kahamanoa_repeatmasked_assembly.fasta – Repeat masked assembly (softmasked)Heavy chain fibroin sequences submitted to Genbank:Data file S1: amino_acid_compositions.xlsx - Excel file with amino acid composition based on above table and Heckenhauer, J. et al. Characterization of the primary structure of the major silk gene, h-fibroin, across caddisfly (Trichoptera) suborders. iScience 26, 107253 (2023).figure2.r - R script to generate figure 2c_term_RAxMLBootstrappingTrees.nex - RAxMLBootstrappingTrees of c-terminal region of h-fibroinn_term_RAxMLBootstrappingTrees.nex - RAxMLBootstrappingTrees of n-terminal region of h-fibroindistance_matrix_c_term.csv - Percentage of bases which are identical in c-terminal alignmentdistance_matrix_n_term.csv - Percentage of bases which are identical in n-terminal alignment