Ribosome Structure and Function 3D Model

$ 19.00
Ribosome Structure and Function 3D Model
$ 19.00
Remove Bookmark Bookmark This Item
  • Available formats:
    Blender3D (.blend) 2.27 MB
    Render: Cycles
    Autodesk FBX (.fbx) 2.01 MB
    Render: Standard
    GLB (.glb / .gltf) 8.78 MB
    Render: Standard
    Wavefront OBJ (.obj) 1.47 MB
    Render: Standard
    Stereolithography (.stl) 1.69 MB
    Render: Standard
    Image Textures (.png) 15.17 MB
    Render: Standard
  • Polygons:
    94700
  • Vertices:
    47500
  • Animated:
    No
  • Textured:
  • Rigged:
    No
  • Materials:
  • Low-poly:
    No
  • Collection:
  • UVW mapping:
  • Plugins Used:
    No
  • Print Ready:
    No
  • 3D Scan:
    No
  • Adult content:
    No
  • PBR:
  • Geometry:
    Polygonal
  • Unwrapped UVs:
    Non-overlapping
  • Views:
    2339
  • Date: 2023-10-19
  • Item ID:
    469623
Ribosome Structure and Function

Ribosomes are cellular structures composed of RNA and proteins that play a crucial role in protein synthesis, serving as the site where amino acids are linked together to form proteins based on the instructions encoded in messenger RNA (mRNA). These tiny molecular machines are found in both prokaryotic and eukaryotic cells, underscoring their fundamental importance in the biology of life.


  • Format: FBX, OBJ, MTL, STL, glb, glTF, Blender v3.6.2
  • Optimized UVs (Non-Overlapping UVs)
  • PBR Textures | 1024x1024 - 2048x2048 - 4096x4096 | (1K, 2K, 4K - Jpeg, Png)
  • Base Color (Albedo)
  • Normal Map
  • AO Map
  • Metallic Map
  • Roughness Map
  • Height Map
Print Ready: No
Need more formats?
If you need a different format, please send us a Conversion Request. We can convert 3D models to: .stl, .c4d, .obj, .fbx, .ma/.mb, .3ds, .3dm, .dxf/.dwg, .max. .blend, .skp, .glb. We do not convert 3d scenes and solid formats such as .step, .iges, .stp, .sldprt etc!

Ribosome Structure and Function 3D Model blend, fbx, glb, obj, stl, png, from h3ydari96

ribosome subunit biology protuberance dna prokaryotic acid binding assembly protein cell synthesis genetic amino cleft stalk ribosomes wing ribosomal tinyorganelles
There are no comments for this item.