CHEM2052 Tutorial: Difference between revisions

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Now compare the active site residues of chymotrypsin to the <scene name='59/596400/Morph/2'>trypsin catalytic triad and the elastase catalytic triad</scene> (<span style="color:lightblue;background-color:black;font-weight:bold;">trypsin is in light blue</span>, PDB code [[1aq7]] and <span style="color:pink;background-color:black;font-weight:bold;">elastase is in pink</span>, PDB code [[4est]]).
Now compare the active site residues of chymotrypsin to the <scene name='59/596400/Morph/2'>trypsin catalytic triad and the elastase catalytic triad</scene> (<span style="color:lightblue;background-color:black;font-weight:bold;">trypsin is in light blue</span>, PDB code [[1aq7]] and <span style="color:pink;background-color:black;font-weight:bold;">elastase is in pink</span>, PDB code [[4est]]).
{{Template:Button Toggle Animation2}}
{{Template:Button Toggle Animation2}}<jmol><jmolButton><script>frame next</script><text>Next</text></jmolButton></jmol>
 
== '''Substrate Binding Pockets''' ==
== '''Substrate Binding Pockets''' ==
The next links examine the binding pockets of each protein. The spacefilled residues have been color coded according to hydrophobicity (residues are indicated as: {{Template:ColorKey_Hydrophobic}} or {{Template:ColorKey_Polar}}, with <font color="FF0000">'''Aspartate'''</font> highlighted further ).
The next links examine the binding pockets of each protein. The spacefilled residues have been color coded according to hydrophobicity (residues are indicated as: {{Template:ColorKey_Hydrophobic}} or {{Template:ColorKey_Polar}}, with <font color="FF0000">'''Aspartate'''</font> highlighted further ).