New Classroom Puzzle Series
As many of you know, playing Foldit can be a very effective way to learn about protein structure and folding, as well as other topics in biochemistry. Many teachers have taken advantage of this facet in the past, asking students to play Foldit as part of the class. However, we have not typically designed puzzles in Foldit for the express purpose of biochemistry education.
This winter, Professor Scott Horowitz will be teaching a biochemistry course at the University of Denver, with an emphasized use of Foldit to illustrate specific biochemical topics. Students will read primary literature in biochemistry, and will have access to custom Foldit puzzles that are designed to complement the assigned papers. Ideally, the puzzles will give the students an intuitive feel for the biochemical systems they are learning about, and enable them to better understand the papers they are reading. (And yes, the students will be graded, in part, based on their Foldit score.)
But first, we’re asking for the help of you, the Foldit community! Before assigning these puzzles to students, we’d like to get some feedback from our regular Foldit players—veterans and newcomers alike. Over the next couple of months, we’ll be posting a series of “Classroom” puzzles, with the course reading when possible, and we want to hear your thoughts and opinions about how to make them more useful for undergraduate students.
Check out the first puzzle of the series, 1434: Classroom Puzzle: Phosphates in Biology! This puzzle focuses on the structure of RNA, and the role of phosphorus in biology. The puzzle description links to two related articles: the first is a landmark 1987 paper by Frank Westheimer discussing the unique role of biological phosphates; the second is a controversial 2010 paper by Wolfe-Simon et al. suggesting arsenic as a viable substitute for phosphorus. Please leave comments and suggestions on the puzzle page!( Posted by bkoep 76 871 | Wed, 09/27/2017 - 21:41 | 1 comment )