LucaProt: A novel deep learning framework that incorporates protein amino acid sequence and structural information to predict protein function.
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Updated
Aug 25, 2025 - Python
LucaProt: A novel deep learning framework that incorporates protein amino acid sequence and structural information to predict protein function.
Efficient implementatin of ESM family.
Multi-target de novo molecular generator conditioned on AlphaFold's latent protein embeddings.
Nature Computational Science: Unbiased organism-agnostic and highly sensitive signal peptide predictor with deep protein language model
[AAAI 2025] CoPRA: Bridging Cross-domain Pretrained Sequence Models with Complex Structures for Protein-RNA Binding Affinity Prediction
We developed a dual-channel model named LucaPCycle, based on the raw sequence and protein language large models, to predict whether a protein sequence has phosphate-solubilizing functionality and its specific type among the 31 fine-grained functions.
LucaProt: A novel deep learning framework that incorporates protein amino acid sequence and structural information to predict protein function.
PLMFit platform for TL on PLMs
A book about Language/deep-learning models in Genomics.
Developing classification models for DNA-Binding proteins through machine learning and large language models
PPTStab: Designing of thermostable proteins with a desired melting temperature
Protein Diversification and Generation through Yielded mutations (Prodigy) Protein is an end-to-end platform for plug and play protein engineering
Collection of prediction models for biological tasks
TooT-PLM-ionCT: A bioinformatics framework utilizing protein language models for accurate classification of ion channels and ion transporters from membrane proteins.
Large language models for predicting ion channels modulating proteins
[Under Review] Implementation of Recursive Cleaning for Large-scale Protein Data via Multimodal Learning
Code for the manuscript "Application of Protein Structure Encodings and Sequence Embeddings for Transporter Substrate Prediction".
Exploring protein sequence generation of a target protein family using pretrained and fine-tuned protein language models (pLMs).
Assessing the applicability domain of protein language models trained on UniRef clusters using embedding-based similarity metrics
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