3D Printing for the Biosciences Classroom Registration 3D Printing:July 1 Build double-stranded DNA and twist

Build double-stranded DNA and twist into the double helix

they can still break if abused

forming a covalent bond between each monomer

creates cellular landscapes that accurately illustrate the size

3D Printing for the Biosciences Classroom Registration 3D Printing:July 1 Build double-stranded DNA and twistWondering how to incorporate 3D printing in your classroom? This course is for you! You will: Learn Jmol, a free molecular visualization program, for designing and 3D printing physical models of proteins Return to your school with a physical model and validated 3D files Feel confident exploring 3D printing software and design instructional materials for 3D Printing Receive a digital notebook of resources For full course details, click here. Please