Strictly scientific STL derived from PDB 8S8B — watertight molecular surface for education, research visuals, and 3D printing.

DescriptionThis model depicts Phenylalanyl-tRNA Synthetase (PheRS) as a molecular surface generated from the PDB: 8S8B atomic coordinates. It is a strictly scientific export (no artistic stylization), prepared as a clean, manifold STL suitable for slicing and 3D printing. Ideal for education, outreach, and scientific visualization.

Key FeaturesData-driven: Derived from PDB: 8S8B coordinates.Scientific surface: Molecular surface export (uncolored mesh), no cartooning.Print-ready: Watertight (manifold) STL, easy to scale; optimized for common slicers.Educational value: Great for explaining aminoacyl-tRNA synthetase architecture and enzyme form.

Included FilesPheRS_8S8B_molecular_surface.stlReadMe_Printing_Notes.pdf (units, scaling, and tips)

Recommended Print SettingsPrinter: Resin recommended for finest detail; FDM works with fine layers.Layer height: 0.05–0.12 mm (resin) • 0.10–0.16 mm (FDM)Infill: 15–25% (FDM)Supports: Likely required (complex overhangs).Scale: Import and scale to desired display size (e.g., 80–120 mm longest dimension).

NotesDigital file only. No physical item.Not for medical use. Educational/scientific visualization only.Units: STL is unitless; scale in slicer (mm).