Dna origami template

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a close up of a model of a double - stranded cell phone with colorful designs on it

This picture is from an entry by Instructables user General Eggs in their ongoing Hot for Teacher Contest. Eggs shows you how to lay out the template manually using a pen and a ruler, before folding. In point of fact, this is a common activity in biology education, and several free PDF templates are available for download, for instance these (B&W, color) from DNA Interactive. For teaching...

an image of a long line of numbers on a black background with different colors and shapes

This model of DNA is more detailed than most paper models designed for students. Here you can see every atom! You can see how and why the bases connect, and you can see the difference between ribose and deoxyribose. Explaining the 5' and 3' directions…

a diagram showing the structure of a tissue with labels labeled in yellow and blue on it

Title 3D DNA Origami Templated Nanoscale Device Fabrication Abstract Because electronic and mechanical devices continue to decrease in size, exploring nontraditional fabrication methods provides added opportunities. For example, materials not currently used in devices, such as biological molecules, can contribute to new fabrication procedures. Self-assembling biological molecules especially show promise as useful starting materials, because nanodevice fabrication can exploit interactions…

the diagram shows three different types of lines that are connected to each other and have letters on them

The 4 Nitrogenous Bases of DNA: Adenine bonding with Thymine Guanine bonding with Cytosine DNA Structure: DNA is a polymer composed of many simple units (monomers) of nucleotides which are composed of a sugar called deoxyribose, a phosphate group, and one of the four nitrogenous bases Complimentary base pairing for DNA means that A bonds with T and C bonds with G (this rule cannot be broken and AT/CG are thus considered "complimentary" pairs) DNA often takes the shape of a two-stranded…

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