Educational resources: Difference between revisions
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<li>Teacher's classroom guide for NOVA Labs tutorials. <br />http://www.pbs.org/wgbh/nova/labs/educators/rna-guide/</li> | |||
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<li>EteRNA activity guidelines written for undergraduate biology majors at Texas Wesleyan University.<br />I have moved the documents to a public dropbox folder, since our faculty pages will soon be password protected.<br />[https://dl.dropboxusercontent.com/u/35083402/EteRNA/EteRNA_Project.pdf The Eterna Project]<br />[https://dl.dropboxusercontent.com/u/35083402/EteRNA/Transfer_RNA_Puzzle.pdf The Transfer RNA Puzzle]</li> | <li>EteRNA activity guidelines written for undergraduate biology majors at Texas Wesleyan University.<br />I have moved the documents to a public dropbox folder, since our faculty pages will soon be password protected.<br />[https://dl.dropboxusercontent.com/u/35083402/EteRNA/EteRNA_Project.pdf The Eterna Project]<br />[https://dl.dropboxusercontent.com/u/35083402/EteRNA/Transfer_RNA_Puzzle.pdf The Transfer RNA Puzzle]</li> | ||
Revision as of 22:35, 20 December 2014
- Teacher's classroom guide for NOVA Labs tutorials.
http://www.pbs.org/wgbh/nova/labs/educators/rna-guide/
- EteRNA activity guidelines written for undergraduate biology majors at Texas Wesleyan University.
I have moved the documents to a public dropbox folder, since our faculty pages will soon be password protected.
The Eterna Project
The Transfer RNA Puzzle
On-line resources from beginner-level videos to the expert literature, compiled by the top players of Eterna as they learned about the RNA world!
<img title="aa" src="/wiki/images/3136432299.png" alt="aa" width="600" />
Video collection with materials on RNA, the cell and related fascinating topics, made for Eterna players.
<img src="https://lh3.googleusercontent.com/Cg5qdcBgzZlBIgttRp-6XeG9jUSyZ12rWCfimdngM19uoCcono3VVu3FI0wdrxacN1OtCu_p4m3USiwfZmjTnJgOCjxv4DRG5BFG8-0QRggceXpCQg9w3c5P" alt="" />
Slides, worksheets, and tutorials for stastical mechanics, allostery, and RNA design examples for Stanford's graduate
level molecular biophysics course (Biochemistry/Structural Biology 241). We actually synthesized the students' RNA designs.
<img title="aa" src="/wiki/images/2863805965.png" alt="aa" width="350" />
