molecular-evolution

S-layers: the proteinaceous multifunctional armours of Gram-positive pathogens

MolEvolvR: a web-app for molecular evolution and phylogeny

We will discuss the alpha version of their new easy-to-use interactive webapp: MolEvolvR, for characterizing proteins using molecular evolution and phylogeny. We will begin by demonstrating the power of MolEvolvR using the panbacterial stress response system, PSP (phage shock protein), as an example. Then, we will anyone can use this app to study their protein(s) of interest. PSP app: jravilab.shinyapps.io/psp-evolution (bioRxiv 2020) MolEvolvR app: jravilab.org/molevolvr (currently, alpha-version)

Computational evolutionary approaches

Integrating molecular evolution and comparative genomics to achieve comprehensive, multiscale characterization of bacterial proteins and genomic features.

Phage-shock-protein (Psp) Envelope Stress Response: Evolutionary History & Discovery of Novel Players

Phylogenetics & Comparative Genomics | MMG801

Computational evolutionary approaches for understanding pathogen proteins and genomes

Computational evolutionary approaches to characterize bacterial proteins

Molecular Evolution and Phylogeny

The Staphylococcus aureus cystine transporters, TcyABC and TcyP, facilitate nutrient sulfur acquisition during infection

Computational approaches for understanding host–pathogen biology