Science::Computational Biology::Structural Modeling
bio_apis
0.2.8 GrowingDNA and RNA sequence types and functions
na_seq
0.3.15 GrowingDNA, RNA, and amino acid sequence types and functions
bio_files
0.5.2 ExperimentalSave and load common biology file formats
ewald
0.1.14 ExperimentalEwald SPME force calculations
dynamics
0.2.0 ExperimentalMolecular dynamics
dreid-forge
0.4.2 ExperimentalA pure Rust library and CLI that automates DREIDING force field parameterization by orchestrating structure repair, topology perception, and charge calculation for both biological and chemical systems.
dreid-pack
0.2.0 ExperimentalA high-performance, pure Rust library and CLI for full-atom protein side-chain packing using the DREIDING force field, Goldstein+Split DEE, and tree-decomposition DP—with native protein-ligand and protein-nucleic acid interface support.
rotamer
0.2.0 ExperimentalA Rust library for NERF-based sidechain coordinate placement for 29 amino acid types; build.rs bakes all bond geometry as f32 literals, custom libm-free sincosf/rsqrtf, #[repr(C)] stack-only output, zero heap, no-std.
dunbrack
0.1.0 ExperimentalA zero-cost Rust interface to the Dunbrack 2010 rotamer library with O(1) allocation-free lookups, bilinear interpolation, and compile-time embedded static tables for protein side-chain packing.