The data for: Glomhopper - A novel subfamily of tyrosine recombinase transposons are active and domesticated in Glomeromycota

All identifiers, Glomhopper loci and genomic assemblies are listed in Supplementary file S1, list of tables: Table 1. List of genomes - list of Glomeromycota genomes used in the study Table 2. Raw data RPS-tblastn - raw data from RPS-tblastn analysis (against CDD profile - CDD:432262) Table 3. Genome neighbourhood - genomic surroundings of the DUF3504 domain - Glomhopper - identified by RPS-tblastn Table 4. Starfish results - results from detecting repeats flanking a new transposon Table 5. METAEUK results - METAEUK results analyzed by HMMer against the DUF3504 profile Table 6. minimap2 results - alignment of full length copies on Glomeromycota genomes to the Rhizophagus irregularis GCA_026210795.1 (ASM2621079v1) reference genome Table 7. Transcriptomics data - Glomhopper expression levels in different Mucoromycota species under stress and non-stress conditions. HMM profile built from fungal DUF3504 sequences and applied for identification of Glomhopper copies is in Supplementary file S2. Sequence alignment (aln format) and set of representative Glomhopper sequences (fasta format) with phage CRE integrase is in Supplementary file S3 and S4. Structure alignment (.pse) of 1crx and DUF3504 representative protein is in Supplementary file S5. Set of amino acid sequences (Supplementary file S6) and sequence alignment (Supplementary file S7) used for phylogenetic inference and clustering. Phylogenetic tree of diverse YR transposons in newick format (Supplementary file S8). Set of sequences DUF3405 homologs used for CLANS analysis (Supplementary file S9).