genome-assembly
Genome assembly is the computational process of reconstructing complete plant DNA sequences by combining and aligning short DNA fragments produced by modern sequencing technologies. In plant science, this technique is essential for identifying genes controlling agriculturally important traits such as crop yield, disease resistance, and stress adaptation, thereby enabling more efficient plant breeding and crop improvement.
open_in_new WikipediaPubMed · 2026-05-06
Scientists built a free online tool called T2T-Hub that lets researchers study complete, gap-free genomes of 230 plant and 39 animal species without needing coding skills. It standardizes how these high-quality genomes are analyzed so results can be fairly compared across species.
T2T-Hub uniformly analyzed 230 high-quality plant and 39 animal telomere-to-telomere genomes using standardized workflows, creating a consistent cross-species reference.
The platform automates genome quality assessment, telomere and centromere identification, transcription factor prediction, functional annotation, and interactive visualization in one unified pipeline.
Users can upload their own assembled genomes with annotation files and access full analysis results — including comparative genomics and noncoding RNA annotation — without any programming skills.