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Detailed 3D DNA Double Helix Model
Science, Medical & Anatomy
Molecular Models
Dna
Double Helix
molecular model
science
Biology
Genetics
3D Printing
Education & Training
Game Development
Film, Animation & VFX
Realistic 3D model of the DNA double helix, showcasing the intricate structure of the genetic code.
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Preview can be downloaded for free. Full quality is available after registration for 1 credit.
Preview is free. Full quality requires registration and 1 credit.
Detailed 3D DNA Double Helix Model
3D DNA double helix model with turquoise and blue helices and red and white bases
Model details
- Subcategory Molecular Models
- Access Free download
Description
Overview and production context
This highly detailed 3D model is an accurate representation of the DNA double helix, a key component of genetic information. The model features a realistic style with textures mimicking molecular structure and is colored vibrantly (turquoise and blue for helices, red and white for bases), making it an effective visual aid. Each turn of the helix and base pair is meticulously crafted, creating an impressive visual effect. The model is ideal for educational purposes, scientific visualizations, use in games and VR/AR applications, as well as for 3D printing.
How to use this model
Use cases, fit and pre-production checks
The DNA double helix model is excellent for 3D printing. Printing at a 1:1 scale or larger is recommended for enhanced detail. Supports may be necessary during printing, especially for overhangs on the helix sections. Materials like PLA or ABS are suitable for creating a durable and detailed model. For games and VR/AR applications, the model is optimized for real-time use, ensuring smooth performance and high-quality visuals. It can be used to create educational simulations, interactive exhibits, or as an element in science or medical-themed game worlds.
This model can also serve as a striking decorative piece. It can be printed at a large scale and used as part of interior decor in an office, laboratory, or educational institution. It makes a great gift for biologists, medical students, or anyone interested in science and genetics. Due to its versatility, the DNA model can be adapted for various projects, from scientific presentations to artistic installations.
FAQ
Answers for this exact model page
What are the main distinguishing features of this DNA 3D model?
The model is characterized by high detail, realistic textures, and a vibrant color scheme that mimics the structure of the DNA double helix with its bases.
Can this model be used for 3D printing educational aids?
Yes, the model is perfectly suited for 3D printing. It can be scaled and printed on standard 3D printers to create visual aids for biology and genetics.
In which game or VR/AR projects would this DNA model be most appropriate?
The model is excellent for projects related to science, medicine, biotechnology, as well as for creating educational simulators or futuristic game worlds.
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