Category:Structure‐Function Relationship: Difference between revisions

Line 1:

Active/binding sites, microenvironments, nucleophiles, redox centers, etc.

Structure‐Function Relationship is one of twelve Overarching Themes in the Biomolecular Visualization (BioMolViz) Framework. The Framework identifies learning goals to assist in developing biomolecular visualization literacy. This work is part of [https://biomolviz.org/ BioMolViz Project], with additional information [http://proteopedia.org/wiki/index.php/Kristen_Procko/BioMolViz here].

'''Overarching Theme'''

Structure‐Function Relationship (SF) ‐ Active/binding sites, microenvironments, nucleophiles, redox centers, etc.

'''Learning Goals:'''

'''SF1.''' Students can evaluate biomolecular interaction sites using molecular visualization tools.

'''SF2.''' Using molecular visualization, students can predict the function of biomolecules.

'''SF3.''' Using molecular visualization, students can predict the function of an altered macromolecule.

@@ Line 1: / Line 1: @@
-Active/binding sites, microenvironments, nucleophiles, redox centers, etc.
+Structure‐Function Relationship is one of twelve Overarching Themes in the Biomolecular Visualization (BioMolViz) Framework. The Framework identifies learning goals to assist in developing biomolecular visualization literacy. This work is part of [https://biomolviz.org/ BioMolViz Project], with additional information [http://proteopedia.org/wiki/index.php/Kristen_Procko/BioMolViz here].
+'''Overarching Theme'''
+Structure‐Function Relationship (SF) ‐ Active/binding sites, microenvironments, nucleophiles, redox centers, etc.
+'''Learning Goals:'''
+'''SF1.''' Students can evaluate biomolecular interaction sites using molecular visualization tools.
+'''SF2.''' Using molecular visualization, students can predict the function of biomolecules.
+'''SF3.''' Using molecular visualization, students can predict the function of an altered macromolecule.