Team:RMIT Australia/Modeling

From 2010.igem.org

Revision as of 08:04, 11 October 2010 by Dannii (Talk | contribs)

Modelling

Taq DNA Polymerase

Taq Polymerase with no mutations


WildTypetaq.jpgWildtype2.jpg


Aliphatic Index: 98.33

Ext Coefficient: 112760

Theoretical PI: 6.04

Instability Index: 32.93




We redesigned TAQ so it is suitable to undergo ligation independent cloning, to do this we changed the N and C terminal.

This is the redesigned Taq Polymerase

Taq part 1.jpg Taq part 2.jpg


Aliphatic Index: 96.46

Ext Coefficient: 107260

Theoretical PI: 6.09

Instability Index: 33.39


The wild type Taq Polymerase was changed at the N and C terminal, with the Root Mean Square Deviation of 6.8834. This number indicates the measure of the average distance between the backbones of the two superimposed proteins.

The picture below shows the differences between the wild type Taq Polymerase and the redesigned Taq at the N and C terminus.

Taq N.jpg Taq C.jpg


Our Taq Polymerase with mutations


485 Asparagine - Valine

515 Serine - Leucine

540 Lysine - Leucine

659 Arginine - Isolucine

663 Lysine - Leucine

Fold-it

Fold-it.png


Foldit is a revolutionary new computer game enabling you to contribute to important scientific research. This page describes the science behind Foldit and how your playing can help. Click Here