33med
Live Simulation Environment

immune3D
Molecular Sandbox.

An interactive visualization environment for mapping HLA-B27 cellular dysfunctions, running in silico perturbation testing, and simulating targeted immunotherapy.

Launch immune3D

Infrastructure Overview

Decoding disease at the molecular scale.

The root cause of Ankylosing Spondylitis isn't mechanical; it's chemical. To halt the progression of the disease, we must understand the exact mechanisms driving inflammation and unwanted osteogenesis.

immune3D is our digital chemistry lab. By wrapping powerful, GPU-accelerated molecular dynamics engines in an accessible interface, we allow researchers to study protein folding, ligand docking, and cellular perturbations in real-time.

Protein Inference

Integrates with structural inference models like AlphaFold to accurately map the 3D architecture of the HLA-B27 receptor.

Ligand Docking

Simulates high-throughput chemical screening to calculate the binding affinities of proposed molecular compounds.

Cellular Perturbation

Models the exact reactions of AS-MSCs (Mesenchymal Stem Cells) when specific genetic pathways are artificially suppressed.