Full-color DNA building kit

prusaprinters

<p>These are multi-color models for 3D printing and assembling a DNA double helix from individual base pairs. The models are separated by atom type and bonds and are named based on the components.</p> <p>Objects that should be aligned and printed together:</p> <h3> Sugar backbone</h3> <p>(You will need one of these for every nucleotide)<br/> dna-back-T-bonds<br/> dna-back-T-carbon<br/> dna-back-T-oxygen</p> <h3> Phosphate backbone</h3> <p>(You will need one of these for every nucleotide you make)<br/> dna-back-Phos-bonds<br/> dna-back-Phos-oxygen<br/> dna-back-Phos</p> <h3> Cytosine</h3> <p>dna-C-bonds<br/> dna-C-carbon<br/> dna-C-oxygen<br/> dna-C-nitrogen</p> <h3> Adenine</h3> <p>dna-A-bonds<br/> dna-A-carbon<br/> dna-A-nitrogen</p> <h3> Guanine</h3> <p>dna-G-bonds<br/> dna-G-carbon<br/> dna-G-nitrogen<br/> dna-G-oxygen</p> <h3> Thymine</h3> <p>dna-T-bonds<br/> dna-T-carbon<br/> dna-T-nitrogen<br/> dna-T-oxygen</p> <h3> Hydrogen bonds</h3> <p>(print 3 for a G-C base pair, 2 for A-T base pair)<br/> dna-H-bond</p> <h3>Print instructions</h3><p>Licence: Creative Commons - Attribution - Non-Commercial - Share Alike Category: Biology</p>