Teaching Scenes, Tutorials, and Educators' Pages: Difference between revisions

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See a longer list at [[About Macromolecular Structure]] which includes topics of a more technical nature.
See a longer list at [[About Macromolecular Structure]] which includes topics of a more technical nature.


*[[Basics of Protein Structure]] introduces primary, secondary, tertiary and quaternary structure at an advanced high school or introductory college level.
*[[Backbone representations]] introduces standard ways of simplifying the main chain of proteins interactively in JSmol.
*[[Backbone representations]] introduces standard ways of simplifying the main chain of proteins interactively in JSmol.


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*[[Chains]]. Many students have difficulty explaining what is a macromolecular "chain" and what are its properties. This page will help.
*[[Chains]]. Many students have difficulty explaining what is a macromolecular "chain" and what are its properties. This page will help.


*[[Introduction to Evolutionary Conservation|Evolutionary Conservation, Introduction to]] explains conservation and variation using Rett's Syndrome as an extreme example, multiple sequence alignments and coloring proteins by conservation (ConSurf) using enolase as an example.


*[[Four levels of protein structure]]: slides illustrating primary, secondary, tertiary, and quaternary structure levels. Also in Spanish: [[Four levels of protein structure (Spanish)|Los cuatro niveles estructurales de las proteínas]].
*[[Four levels of protein structure]]: slides illustrating primary, secondary, tertiary, and quaternary structure levels. Also in Spanish: [[Four levels of protein structure (Spanish)|Los cuatro niveles estructurales de las proteínas]].


* [[Intrinsically Disordered Protein]]
* [[Intrinsically Disordered Protein]]
*[[Introduction to Evolutionary Conservation|Evolutionary Conservation, Introduction to]] explains conservation and variation using Rett's Syndrome as an extreme example, multiple sequence alignments and coloring proteins by conservation (ConSurf) using enolase as an example.


*[[Introduction to molecular visualization|Molecular Visualization, Introduction to]]: introduces atomic representations (ball and stick, stick, spacefilling), slabbing, backbone representations, disulfide bond representations, and common color schemes.
*[[Introduction to molecular visualization|Molecular Visualization, Introduction to]]: introduces atomic representations (ball and stick, stick, spacefilling), slabbing, backbone representations, disulfide bond representations, and common color schemes.