If a picture is worth a thousand words, an animation could be worth countless more when it comes to the intricate molecular processes that scientists have spent decades trying to unravel and ...

Dr. Lue is one of the pioneers of molecular animation, a rapidly growing field that seeks to bring the power of cinema to biology. Building on decades of research and mountains of data ...

Where does the DNA go? Is it a big molecule or a small one? Fortunately a group has created a 3D animation of the process that shows it at the molecular level. You can watch the animation ...

Students will see a molecular animation of the combustion of methane and oxygen as a model of a similar reaction. Students will use atom model cut-outs to model the reaction and see that all the atoms ...

And so I wrote into the grant that I needed to go to Hollywood and learn the best animation software I could learn. The things that a lot of cell biologists and molecular biologists study are ...

These animations incorporate actual measurements of molecular structure and movement, and therefore depict their authentic function and process. Together with his team at Harvard, Gael creates ...

Thanks to data visualization expert Janet Iwasa there’s a whole collection of molecular animations to help us see what our eyes can’t. Iwasa is a research assistant professor of biochemistry ...

Drew Berry, biology animator Like Iwasa, McGill wants to help molecular researchers visualize their work. He adapted Maya, the same workhorse animation software that Iwasa studied, specifically ...

2. Use an animation to show students a molecule and have them use their Snap Cubes to make a model of the molecule. Show the Animation Using Snap Cubes to make Atoms and Molecules. Click on “Water” ...

An animation shows how attaching molecular anvils (gray cages) to softer molecules (red and yellow balls) distributes the pressure from a bigger diamond anvil unevenly, so chemical bonds bend and ...