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  1. 17 sie 2023 · Step into the extraordinary world of Lego DNA 2.0: Double Helix History, a celebration of the 70th anniversary of the landmark DNA structure discovery (in 1953)! Lego DNA 2.0 is not just a Lego set – it's a captivating fusion of scientific accuracy and creative play.

  2. ideas.lego.com › projects › d2e31e3f-f63f-46a4-b0de-84a3c90ecbeeDNA Double Helix - LEGO IDEAS

    19 gru 2023 · DNA Double Helix. 1) The submitted Lego model is based on the DNA double helix shape. 2) I made it as a gift for my daughter who is studying Biomedicine at university.

  3. ideas.lego.com › projects › edbb488c-352b-45ac-a529-f53b47259361DNA Double Helix (Basic) - LEGO IDEAS

    22 sty 2024 · The aim of this project was to provide a simple DNA model which can be used as an attractive sculpture at home, or something for education use in the classroom. This model being more basic in construction is more rigid and would enable it to be examined and / or passed around a classroom.

  4. Using the small symbols (squares, circles and stars) on the structures as guides, line up the bases, phosphates and sugars. Glue the appropriate pairs together to form nucleotides. Construct the right side of your DNA molecule by putting together in sequence a cytosine, thymine, guanine and adenine nucleotide.

  5. Put together everything you know to make your mini-DNA model, that also rotates! Verify your model by comparing the data with both the mini and large DNA models! Other than being playable and decorative, Lego DNA can be used as an educational model in 3 ways: To learn about scientific history behind one of the most important discoveries

  6. Lego DNA 2.0: Detailed and Accurate Lego DNA model with research lab and scientists, to promote science and honor Rosalind Franklin. If it reaches 10K supports on Lego Ideas (link in caption), it may become a Real Lego set!

  7. 11 sty 2024 · Making your own DNA model is a fun science project that you can do with all kinds of easy-to-find materials. Using either pipe cleaners and tape or styrofoam balls and toothpicks, you can build a 3-dimensional model that has all the components of a double helix, including the sugar (deoxyribose) and phosphate backbone and the nitrogenous bases ...

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