Print Profile(1)
Description
Print out the DNA double helix from the textbook!
This is a 3D printed biological teaching model that displays the spatial conformation and base pairing relationships of DNA through a stereoscopic double helix structure. Compared to flat illustrations, physical models are more intuitive and easier to understand, suitable for classroom teaching, parent-child science popularization, biology enlightenment, and desktop display.
Educational Significance
- Understand the DNA Double Helix Structure
Observe the rotational form of DNA through a 3D model, understanding that the double helix is not a flat graphic, but a molecular model with a spatial structure. - Understand Base Pairing Relationships
The central crossbars can be used to represent base pairing, helping learners understand how the two DNA strands connect. - Cultivate Spatial Imagination
Through physical observation, help students transition from two-dimensional textbook diagrams to three-dimensional structural understanding. - Stimulate Interest in Biology Learning
The vibrant two-color design makes the model more recognizable and better suited for youth biology enlightenment and classroom demonstrations.
Model Features
- Striking two-color printing effect, clear structural layers
- Stable base, suitable for desktop display
- Intuitive design, easy for classroom explanation
- Suitable for FDM printing, strong visual appeal of the finished product
- Can be used for biology teaching, parent-child science popularization, laboratory display
This is not just a DNA model, but a biological teaching aid that materializes the "code of life." Allow students to understand knowledge through observation and touch, making 3D printing a key to unlocking scientific interest.
License
This work is licensed under a Standard Digital File License - Print Only (SDFL-PPO). You shall not download, export, copy, adapt, create derivative works, share, sub-license, sell, rent, host, transfer, or distribute all or any part of this work, whether in digital or physical form (including - but not limited to - extraction of model data, and hosting on other digital platforms). The work may not be used for commercial purposes without permission in any way whatsoever in which you charge money, provide commercial printing services, or obtain monetary compensation or other financial benefits. This work may only be accessed and printed through MakerWorld's official platform and officially supported printing services.
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