Joint Evolutionary Trees 2 (JET2)
A large-scale method to predict protein-protein interfaces based on sequence and structure information.
A large-scale method to predict protein-protein interfaces based on sequence and structure information.
SPoRE: a mathematical model to predict double strand breaks and axis protein sites in meiosis
Detection of low-frequency structural variations in large insert-size sequencing libraries
A tool for the analysis of the coevolution of amino-acid fragments in proteins, and for the identification of their networks.
Direct Coupling Analysis (DCA) is a statistical inference framework used to infer direct co-evolutionary couplings among residue pairs in multiple sequence alignments. A recent formulation of DCA termed mean field DCA (mfDCA), provides the computational power to apply this tool in a high throughput manner to a number of protein and domain families. mfDCA was able to uncover a large number of native intra-domain and inter-domain residue-residue contacts in many domain families.
⚙️ Site en cours de recette technique
Version de démonstration — certaines fonctionnalités peuvent être incomplètes.
⚙️ Website under technical review
Demo version — some features may be incomplete or temporarily unavailable.