TL;DR
DART-Eval introduces a comprehensive benchmark suite for evaluating DNA language models on regulatory DNA tasks, revealing current models' inconsistent performance and high resource demands, guiding future improvements.
Contribution
This work provides the first dedicated benchmark for regulatory DNA tasks, enabling systematic assessment of DNALMs across multiple scenarios and tasks.
Findings
Current DNALMs show inconsistent performance.
DNALMs do not outperform baseline models on most tasks.
DNALMs require significantly more computational resources.
Abstract
Recent advances in self-supervised models for natural language, vision, and protein sequences have inspired the development of large genomic DNA language models (DNALMs). These models aim to learn generalizable representations of diverse DNA elements, potentially enabling various genomic prediction, interpretation and design tasks. Despite their potential, existing benchmarks do not adequately assess the capabilities of DNALMs on key downstream applications involving an important class of non-coding DNA elements critical for regulating gene activity. In this study, we introduce DART-Eval, a suite of representative benchmarks specifically focused on regulatory DNA to evaluate model performance across zero-shot, probed, and fine-tuned scenarios against contemporary ab initio models as baselines. Our benchmarks target biologically meaningful downstream tasks such as functional sequence…
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