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Anonymous1768372223
01-14 07:04
Model Name
cell membrane 3d model
Tags
nature & environment
rendering
clay
Input
Prompt
Create a highly detailed 3D model of a biological cell plasma membrane (fluid mosaic model), matching the reference image style. STYLE / LOOK - Clean educational 3D render, toy-like / smooth plastic or clay appearance - Bright saturated colors, soft studio lighting, white/neutral background - Rounded, slightly glossy surfaces, no text, no labels, no arrows MAIN STRUCTURE (MEMBRANE) - Build a phospholipid bilayer as a thick rectangular “slab” - Outer and inner layers made of tightly packed spherical heads: - Heads: bright blue, perfectly round, uniform size - Lipid tails between the head layers: - Tails: thin beige/yellow elongated rods (slightly irregular length), densely packed - Tails should point inward from both sides and meet in the middle - Bilayer should have visible thickness and depth (not flat), with clear separation of layers MEMBRANE PROTEINS - Add multiple large integral membrane proteins spanning the bilayer: - Shape: thick rounded vertical blocks, smooth edges, slightly bulging - Color: purple/violet - Some proteins should protrude more on one side (asymmetric extrusions), like rounded knobs below/above the membrane - Place 4–6 proteins across the surface, evenly distributed but not perfectly symmetric CARBOHYDRATE CHAINS (GLYCOCALYX) - Attach several branched carbohydrate chains to the outer surface: - Made of small connected bead-like spheres - Two colors for chains: bright green and orange - Branching pattern like “Y” or small trees - Vary height and branching complexity slightly - Chains should be anchored either to lipid heads (glycolipids) or protein tops (glycoproteins) GEOMETRY & DETAIL REQUIREMENTS - High-poly / smooth subdivisions - No sharp edges, everything rounded - Tight packing of phospholipid heads (like a tiled field of spheres) - Realistic depth: visible top and bottom layers, clear interior tails - Maintain the same proportions as the reference image: - Heads are large and dominant - Tails are thin and numerous - Proteins are bulky and prominent OUTPUT REQUIREMENTS - Generate as a complete 3D model with separated components: - phospholipid heads (top layer) - phospholipid heads (bottom layer) - lipid tails - integral proteins - carbohydrate chains - Clean topology suitable for rendering and close-up viewing - Centered object, isolated, no environment props - Render-ready, neutral pose, no animation CAMERA / PRESENTATION - 3/4 perspective view showing top surface and side thickness - Soft shadows, studio lighting, white background - Ultra-high detail, crisp edges, high resolution look
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Anonymous1768372223
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