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March 3, 2026Journal of Molecular Biology0 citationsOpen Access

Biocentral: Embedding-based Protein Predictions

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SFS. FranzTOTobias OlenyiPSPaula Schloetermann

Key Points

  • Embedding-based predictions enhance protein feature analysis and streamline research.
  • Biocentral's predict module analyzes the BFVD virus database, facilitating large-scale data insights.
  • Users can easily generate embeddings and access predictions via an intuitive API and graphical interface.
  • Simplifying the use of protein language models helps democratize protein research and enhances data accessibility.

Abstract

The rise of protein Language Models (pLMs) is reshaping the landscape of protein prediction. Embeddings are powerful protein representations provided by pLMs, but they come at a cost: their generation requires expensive hardware, and leveraging models often requires expert knowledge. To some extent, these hurdles limit the ease of use and benefits of those methods both for experimental and computational biologists. Biocentral aims at providing a free and open embedding-based service, which addresses these challenges. We support standardized access to most pLMs currently in use, enabling researchers to generate embeddings, get embedding-based protein feature predictions, and train embedding-based models. Here, we showcase biocentral in a large-scale analysis of the BFVD virus database through biocentral's predict module. We also show how readily biocentral's training module reproduces an existing embedding-based prediction method. The server is accessible through a graphical user interface and a programmatic Application Programming Interface (API) at: https://biocentral.rostlab.org.

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Cite This Study

Franz et al. (2026) studied this question.

synapsesocial.com/papers/69a75ee4c6e9836116a29e2bhttps://doi.org/10.1016/j.jmb.2026.169673
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