User:Mary Mendoza/Notebook/CHEM572 Exp. Biological Chemistry II/2013/01/30

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(Molecular Fingerprinting and Docking of Compounds to the ADA active site)
(Molecular Fingerprinting and Docking of Compounds to the ADA active site)
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==Molecular Fingerprinting and Docking of Compounds to the ADA active site==
==Molecular Fingerprinting and Docking of Compounds to the ADA active site==
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A. Opening Maestro
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* From the assigned computer, a new terminal was created from either of the following steps:
* From the assigned computer, a new terminal was created from either of the following steps:
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* The next step is to put the molecule under energy minimization to find a stable energetically conformation.
* The next step is to put the molecule under energy minimization to find a stable energetically conformation.
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B. Energy Minimization
* To initiate energy minimization, go to the Applications option > Impact > Minimization.
* To initiate energy minimization, go to the Applications option > Impact > Minimization.

Revision as of 12:57, 5 February 2013

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Molecular Fingerprinting and Docking of Compounds to the ADA active site

A. Opening Maestro

  • From the assigned computer, a new terminal was created from either of the following steps:

1. Finder > Services > New terminal at folder

-or-

2. press the provided shortcut key F5

  • Then enter $maestro to open the suite.
  • Draw the molecule on the workspace area. Modifications can be made through the Edit panel > build > fragments > atom properties. Sponge the drawn molecule for clarity.
  • To save the molecule, create this entry on the project table -or- from the workspace option > project entry > name and create the project and then save.
  • The next step is to put the molecule under energy minimization to find a stable energetically conformation.


B. Energy Minimization

  • To initiate energy minimization, go to the Applications option > Impact > Minimization.
  • Minimization analyzes the molecule using Classical Physics.
  • A dialog box appears with the force field set on OPLS 2005.
  • Then click the Minimization tab. On the maximum cycles, this was changed to 10,000. The other standard parameters such as gradient criterion (0.01) and energy change criterion (1e-07) were kept. The pH was changed to the desired pH level of 7.4.
  • Knowing there are amino acids present, by changing the pH of the parameters, the structure must also be converted to its alkoxide form at pH 7.4. As a result, through atom types O3 was changed to OM.
  • After all the parameters were set for minimization, the host zorro was chosen and the minimization was started.
  • Double-click the finished minimization on the monitor jobs (from applications option)




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