Datasets of Enterobacter sp. H2G27 Isolated from the Gut of Bangladesh's National Fish

The genome of Enterobacter sp. H2G27, isolated from the gut of hilsa shad (Tenualosa ilisha) from Bangladesh, was analyzed using an integrated genome annotation and biosynthetic gene cluster prediction workflow. Functional and subsystem-based genome annotation was performed using the RASTtk server, while secondary metabolite biosynthetic gene clusters were identified using antiSMASH v8.0. Genome quality, completeness, and contamination assessments were conducted using BUSCO and CheckM. The analysis revealed a high-quality 4.7 Mbp draft genome with probiotic-associated features and a predicted bottromycin biosynthetic gene cluster. Related Publicly Available IdentifiersGenBank Assembly: JBSVSI000000000BioSample: SAMN53736890 This Zenodo repository includes all supporting files generated during the genome assembly, annotation, and biosynthetic gene cluster analysis of Enterobacter sp. H2G27, including assembly statistics, annotation outputs, and antiSMASH prediction results. The dataset is provided to support transparency, reproducibility, and future research in microbial genomics, probiotics, and sustainable aquaculture biotechnology.