Difference between revisions of "Solution LAB2 guanine"

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* Back to the previous page: [[Electronic properties of isolated molecules#Exercise1]]
 
* Back to the previous page: [[Electronic properties of isolated molecules#Exercise1]]
  
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==Step 1==
 
*Once you have Avogadro installed, open it and let's use the molecular builder to visualise a Guanine molecule:
 
*Once you have Avogadro installed, open it and let's use the molecular builder to visualise a Guanine molecule:
  

Revision as of 13:48, 18 March 2021

Step 1

  • Once you have Avogadro installed, open it and let's use the molecular builder to visualise a Guanine molecule:

Build --> Insert-->Fragment-->nucleobases-->guanine

Click on the selection settings "arrow" and right click to visualise the molecule.

Clicking on manipulate settings "hand" you can then rotate the molecule.

  • Now we perform a classical relaxation using an Avogadro built-in Force Filed

Extension-->Molecular Mechanics and we choose a FF

Extension-->Optimize geometry

In few steps we have our relaxed geometry that we can save in .xyz format using:

File-->Save as-->select .xyz format and save in your disk as guanine_FF.xyz