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bioRxiv · 10.1101/2024.09.10.612218

ProtRNA: A Protein-derived RNA Language Model by Cross-Modality Transfer Learning

Zhang, R.·Ma, B.·Xu, G.·Ma, J.
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Abstract

Protein language models (PLM), such as the highly successful ESM-2, have proven particularly effective. However, language models designed for RNA continue to face challenges. A key question is: can the information derived from PLMs be harnessed and transferred to RNA? To investigate this, a model termed ProtRNA has been developed by cross-modality transfer learning strategy for addressing the challenges posed by RNAs limited and less conserved sequences. By leveraging the evolutionary and physicochemical information encoded in protein sequences, the ESM-2 model is adapted to processing "low-resource" RNA sequence data. The results show comparable or superior performance in various RNA downstream tasks, with only 1/8 the trainable parameters and 1/6 the training data employed by the primary reference baseline RNA language model. This approach highlights the potential of cross-modality transfer learning in biological language models.

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Zhang, R., Ma, B., Xu, G., Ma, J.. 2024-09-14. ProtRNA: A Protein-derived RNA Language Model by Cross-Modality Transfer Learning. https://doi.org/10.1101/2024.09.10.612218

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