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Heat Resistant Amylase
 
 
Authors          Audiences          Overview           Materials          Resources           Future Directions
 

 


Authors


Jens Mache
Lewis & Clark College


Rahul Tikekar
Southern Oregon University


Daniel Wilson
Southern Oregon University


Jeff Cronk
Gonzaga University

 
   
 


Possible Audiences:

Computer Scientists, Biochemists  

 
 


Brief Overview:

The objective was to "develop" a heat resistant amylase with the starch processing power of a corn amylase and the heat resistant qualities of a heat resistant amylase.

The first step was to find the two "base" amylases whose crystal structure was available via PDB. With the use of google, help from Ethel, and little luck, the two candidates were identified: 1VJS (the heat resistant amylase) and 1IZK ( the corn amylase).

The next step was to analyze the structures of both the enzymes on the ConSerf server along with similar proteins (as found on BLAST) to identify the conserved areas.

The final step was to identify regions on either enzyme where modifications could be performed to achieve the desired properties.  

 
   
 


Project Materials:

  1. The PDB entry to 1VJS ( here )
  2. The analysis of the conserved areas of 1VJS compared to other similar enzymes (as found on BLAST) performed on the ConSurf server ( screen shot)
  3. The PDB entry to 1IZK ( here )
  4. comparison of the two enzymes( here )
  5. Residues important for thermo stability( here )