Overview

This comprehensive Blender‑native biological‑structure 3D asset bundle collects high‑quality, scientifically‑referenced mesh models for biological research, educational animation, thesis artwork, experiment demonstration render‑ups and science‑focused social‑media visuals.

Every mesh adopts accurate molecular geometry and clean topology. All objects are clearly named within the Blender outliner for quick navigation, letting biology researchers, university instructors and science content creators skip lengthy manual modelling work.

Complete Asset Inventory

Group 1: Phospholipid Bilayer Assets (5 customizable styles)

1.Single phospholipid monomers

Type 1‑5 straight‑chain phospholipid

Type 1‑5 bendable‑chain phospholipid

2.Pre‑arranged phospholipid collections

Assembled straight‑chain phospholipid groups for style 1 to 5

Deformable bending phospholipid assemblies for style 1‑5

3.Two‑tier bilayer structures

High‑density, medium‑density, low‑density phospholipid double‑layer

Solid‑state phospholipid models for type‑3, type‑4 and type‑5 variants

Group 2: Laboratory Hardware and Micro‑Organism Props

pipette gun

bacteria

culture dish

virus

chromosome

T4 bacteriophage

Group3. D‑Type Amino‑Acid Molecular Models

d‑alanine, d‑arg, D‑asparagine, D‑aspartic acid, D‑cysteine, d‑glutamic acid, D‑Glutamine, D‑Histidine, D‑isoleucine, D‑Leucine, d‑lysine, D‑methionine, D‑phenylalanine, d‑proline, d‑serine, d‑threonine, D‑tryptophan, D‑Tyrosine, d‑valine

Group4. L‑Type Amino‑Acid Molecular Models & Glycine

L‑alanine, L‑arginine, L‑asparagine, L‑aspartic acid, L‑cysteine, L‑Glutamic Acid, L‑glutamine, L‑Histidine, L‑Isoleucine, L‑leucine, L‑lysine, L‑methionine, L‑phenylalanine, L‑Proline, l‑serine, L‑threonine, L‑tryptophan, L‑tyrosine, L‑valine, Glycine

Core Product Advantages

1.Every molecular mesh follows recognised biochemical spatial‑structure standards for realistic scientific‑grade rendering.

2.Phospholipid assets supply both straight‑chain and bent fatty‑acid‑chain forms, plus three bilayer‑density settings to build cell‑membrane simulation scenes.

3.All meshes contain neat quad‑dominated topology, suitable for close‑up macro rendering, molecular‑motion animation and 4K high‑resolution output.

4.Ready‑made material presets are applied to molecules and lab‑gear; users can readily modify colours, transparency, roughness and emission shaders.

Software Compatibility

Assets are saved as native .blend source files, fully configured and tested under Blender 5.0 or newer software releases.