AI-Guided Plasticizer Biodegradation Genomics Dataset of Rhizobium pusense KSSKSLAB04

This repository contains the complete analysis dataset associated with the hybrid whole-genome sequencing and functional characterization of Rhizobium pusense strain KSSKSLAB04, a plasticizer-degrading bacterium. The genome was generated using a hybrid sequencing strategy integrating Oxford Nanopore long-read sequencing and PacBio Onso short-read sequencing, resulting in a high-quality ~5.33 Mb assembly comprising 5,043 protein-coding genes (CDS), 12 rRNA genes, 57 tRNA genes, and 1 tmRNA (total 5,113 annotated genes). This Figshare repository includes: • Final polished genome assembly (FASTA format) • Genome annotation files (GFF3, CDS nucleotide sequences, protein FASTA) • Assembly quality statistics (QUAST, BUSCO, CheckM2 summaries) • KEGG and KofamScan pathway reconstruction outputs • eggNOG functional annotation results • Pan-genome analysis outputs and gene presence/absence matrices • Mobile genetic element analysis (ISEScan, genomic islands, prophage predictions) • antiSMASH secondary metabolite biosynthetic gene cluster predictions • FastANI taxonomic validation results • Variant calling outputs (VCF and annotated SNP tables) • Oxygenase and esterase identification datasets • Machine-learning datasets and analysis outputs for plasticizer hydrolase prediction Raw sequencing reads are available in NCBI SRA under the associated BioProject. The assembled genome is deposited in NCBI GenBank (Accession: JBUXKN000000000). All custom scripts and bioinformatics pipelines are available on GitHub. This dataset is provided to ensure full reproducibility, transparency, and reusability of the genomic, comparative, and machine-learning analyses described in the associated manuscript.