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Structure and Dynamics
Tools for protein structures, conformational analysis, and simulation-ready workflows.
JuliaStructBioStructural Bioinformatics in JuliaOpen Source Community
Structural Bioinformatics in Julia unites researchers to create open, reproducible tools for protein structures and molecular discovery.
Three focus areas. One shared purpose.
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Tools for protein structures, conformational analysis, and simulation-ready workflows.
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Composable data workflows bridging sequence, structure, visualization, and downstream analytics.
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Shared examples, mentorship, and practical entry points for new contributors.
From raw data to discovery
Read, write, analyze, and visualize macromolecular structures in Julia.
Visualization utilities for biochemical and structural biology data.
Biology-focused plotting and interfaces on top of Makie.
Visualization tools for protein data and structural bioinformatics workflows.
Algorithms for biochemical and structural bioinformatics analysis workflows.
Molecular dynamics simulations in Julia for atomistic and coarse-grained systems.
A Julia framework for molecular modeling, peptide design, and molecular simulation workflows.
Tools for assigning and analyzing protein secondary structure features in Julia workflows.
Julia utilities for TM-score based structural comparison and evaluation.
Backbone-focused molecular modeling utilities for structural bioinformatics workflows.
Rigid-body alignment with the Kabsch algorithm for structural analysis and superposition.
Parameterization tools for dihedral terms in molecular modeling pipelines.
Analysis workflows for GPCR-related molecular and structural datasets in Julia.
Protein sequence and structure analysis toolkit for molecular informatics and bioinformatics.
Binary dependency wrappers and interoperability building blocks for Julia bioinformatics workflows.
Not exactly what you are looking for?
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Get involved
Start by opening an issue in the organization profile repository or proposing a package card via pull request.