Open-source platform bridging macro, meso, and micro scales for drug delivery research
Blood flow & transport
Ξm - mmNP-cell interaction
nm - ΞmMolecular binding
à - nmNanomedicine researchers currently face fragmented workflows across multiple scales
Researchers spend weeks manually converting data between incompatible simulation tools
Each software requires months of training across CFD, MD, and quantum chemistry
Commercial licenses cost $10,000+ annually, limiting accessibility for researchers
Every lab builds custom scripts, leading to poor reproducibility
A unified, open-source platform that automates multi-scale simulation workflows
Single interface to configure and execute simulations across all three scales
Intelligent parameter recommendations based on literature and nanoparticle properties
Run simulations in the cloud - no complex local installation required
Free for research and education, with transparent, community-driven development
Seamless data conversion from continuum (CFD) to discrete (MD) to atomic (docking) representations with built-in validation
Pre-configured containers for OpenFOAM, GROMACS, and AutoDock Vina ensure reproducibility across environments
3D visualization of simulation results with real-time monitoring and progress tracking
Pre-built workflows for common drug delivery scenarios to accelerate your research
Simulate liposome transport in blood vessels, nanoparticle accumulation in tumors, and predict ligand-receptor binding affinity
Model mRNA-lipid nanoparticle distribution, cell membrane penetration, and endosomal escape mechanisms
Simulate viral vector transport in tissues, cell entry pathways, and DNA-protein binding interactions
Be among the first to access NanoSim and help shape the future of nanomedicine simulation