Helix 3D Models

Find the best Helix 3D Models, free download in STL, FBX, GLB, OBJ, 3MF, USDZ for 3D modeling and creation in Blender, 3D printing, game developing, animation, eCommerce, AR/VR and etc. Generated by Tripo AI 3D Generator.

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Мария Гасина

Transform this flat 2D illustration of an DNA virus into a detailed, three-dimensional style image

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Anonymous1744895881

“Create a scientifically accurate DNA double helix on a thick sturdy base. Use a light grey backbone. Color Adenine green, Thymine red, Cytosine blue, and Guanine yellow. Make all connectors thick and smooth for 3D printing. Make the helix tall, realistic, and school-project friendly.”

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Anonymous1762623034

A highly detailed, three-dimensional, rotatable model of a DNA double helix. The model must clearly show the major and minor grooves. Each of the four nitrogenous bases (Adenine, Thymine, Guanine, Cytosine) must be rendered in a distinct, vibrant, and highly saturated color (e.g., bright neon blue, fiery orange, electric green, deep magenta). The deoxyribose-phosphate backbone should be a smooth, gleaming gold or silver material. The entire model should have a glossy finish, appear to be floating against a deep, contrasting blue-black background, and be rendered with studio-quality, dramatic lighting to emphasize its helical structure."

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Faça os modelos do desenvolvimento embrionário humano

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Avsry :D

make a structure of DNA with labeling it in words

Anonymous1761217008

make a DNA structure with all the bases written in an colunm on the side like adenine

Anonymous1760698876

Recreate this exact DNA model from the reference image in clean, symmetric 3D form.
The 3D model must look identical in shape, proportions, and style to the DNA model shown, with smooth helical strands and precisely aligned base pairs between them.

The model will be 3D printed and used by teachers in class to explain DNA structure, so it must be:

Accurate and educational — clearly showing the double helix shape and base pairs.

Solid and printable — no thin, floating, or disconnected geometry.

Low-poly but detailed enough for smooth curves and structure.

Have a stable flat base or slightly extended legs to stand upright.

Use the same proportions and curve tightness as in the uploaded image.

Keep the style scientific and realistic, not artistic or exaggerated.

Make sure the final mesh is ready for 3D printing (closed manifold, no holes, and balanced thickness).

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