A strictly scientific, uncoloured STL derived from cryo-EM density. Includes the outer capsid and internal capsid–genome contact features for educational visualisation and 3D printing.

DescriptionThis Human Rhinovirus A2 (HRV-A2) model is extracted directly from cryo-EM data, preserving true icosahedral morphology and the internal capsid–genome contact topology visible in the density. No artistic smoothing or stylisation beyond print readiness—ideal for scientific/educational use, classroom demos, and research visuals.The mesh is watertight (manifold) and ready for slicing and printing.

FeaturesScientific accuracy: Derived from real cryo-EM density (no cartooning).Capsid + Genome Contacts: Preserves inward-facing capsid–genome contact features as resolved in the map—great for explaining genome packaging/interaction.Print-ready STL: Clean, watertight, single solid mesh; easy to scale.Education-focused: Perfect for teaching virology, symmetry, and genome–capsid architecture.

What You Get1× STL file — Human Rhinovirus A2 (capsid + genome contacts), uncolored mesh.(Digital download only. No physical item.)

Usage & Print TipsImport & scale to your desired size (e.g., 60–120 mm diameter for classroom handling).Supports: Recommended (spherical geometry). Resin printers capture contact details best; FDM works with fine layers (≤0.12 mm) and a 0.1–0.2 mm nozzle. Suitable for PLA printing.

Reveal internal contacts:Print in translucent/clear resin, orSlice the model in your slicer to print a hemi/cutaway for a clear view of capsid–genome contacts.Post-process: Remove supports; optionally paint regions to highlight contacts vs capsid.

Not intended for medical or diagnostic use.

Tags

human rhinovirus, common cold virus, virus 3d model, capsid genome contacts, cryo-EM, virology, educational STL, scientific model, icosahedral, 3d printable, digital download, classroom science, academic visualisation.