Sandbox Reserved 1677: Difference between revisions

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<scene name='87/873239/Cartoon_view/5'>AldC's secondary structure</scene> has two domains, hydrophobic and hydrophilic regions.
<scene name='87/873239/Cartoon_view/5'>AldC's secondary structure</scene> has two domains, hydrophobic and hydrophilic regions.
  The N-terminus of Aldc contains a central beta sheet surrounded by alpha helices which forms the NAD(H)-binding site.
  The N-terminus of Aldc contains a central beta sheet surrounded by alpha helices which forms the NAD(H)-binding site.
  Additionally, around the C-terminus there is a mixture of alpha and beta domains which the cysteine residue and forms the aldehyde binding site. A small three stranded beta sheet domain facilitates aligomerization.  
  Additionally, around the C-terminus there is a mixture of alpha and beta domains which includes  the cysteine residue and forms the aldehyde binding site. A small three stranded beta sheet domain facilitates aligomerization. There is an interdomain linker region that connects the N and C terminal domains of Aldc.  
There is an interdomain linker region that connects the N and C terminal domains of Aldc.  




<scene name='87/873239/Spacefill/1'>Space filling view</scene> shows how amino acids interacts with one another inside the protein.  
<scene name='87/873239/Spacefill/1'>Space filling view</scene> shows how amino acids interacts with one another inside the protein.  
== Other important features ==
== Other important features ==
The Rossmann fold of the NAD(H) binding domain provides extensive polar and apolar interactions that position the nicotinamide ring of NAD+ in proximity to the C291A point mutation. Its main function is to bind NAD+ cofactor and contribute to substrate binding.  
The Rossmann fold of the NAD(H) binding domain provides extensive polar and apolar interactions that position the nicotinamide ring of NAD+ in proximity to the C291A point mutation. Its main function is to bind NAD+ cofactor and contribute to substrate binding.