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@@ -32,7 +32,7 @@ have a model that can predict binding residues from sequence alone. We also hope
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  It has been shown that pLMs like ESM-2 contain structural information in the attention maps that recapitulate the contact maps of proteins,
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  and that single sequence masked language models like ESMFold can be used in atomically accurate predictions of folds, even outperforming
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  AlphaFold2. In our approach we show a positive correlation between scaling the model size and data
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- in a 1-to-1 fashion provides competative and possibly even SOTA performance, although our comparison to the SOTA models is not as fair and
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  comprehensive as it could be (see [this report for more details](https://api.wandb.ai/links/amelie-schreiber-math/0asqd3hs) and also
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  [this repost](https://wandb.ai/amelie-schreiber-math/huggingface/reports/ESM-2-Binding-Sites-Predictor-Part-3-Scaling-Results--Vmlldzo1NDA3Nzcy?accessToken=npsm0tatgumcidfwxubzjyuhal512xu8sjmpnf11sebktjm9mheg69ja397q57ok)).
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  It has been shown that pLMs like ESM-2 contain structural information in the attention maps that recapitulate the contact maps of proteins,
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  and that single sequence masked language models like ESMFold can be used in atomically accurate predictions of folds, even outperforming
34
  AlphaFold2. In our approach we show a positive correlation between scaling the model size and data
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+ in a 1-to-1 fashion provides competative and possibly even comparable to SOTA performance, although our comparison to the SOTA models is not as fair and
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  comprehensive as it could be (see [this report for more details](https://api.wandb.ai/links/amelie-schreiber-math/0asqd3hs) and also
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  [this repost](https://wandb.ai/amelie-schreiber-math/huggingface/reports/ESM-2-Binding-Sites-Predictor-Part-3-Scaling-Results--Vmlldzo1NDA3Nzcy?accessToken=npsm0tatgumcidfwxubzjyuhal512xu8sjmpnf11sebktjm9mheg69ja397q57ok)).
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