Clamp Loader Complex
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Published on October 8, 2012
This thing was Featured on October 8, 2012
Description
The fact is that DNA polymerases are not very processive. They tend to fall off of DNA rather quickly, and because of that they are pretty slow. How to increase the speed and fidelity of a polymerase? You shackle it to the DNA molecule it's replicating, using this.
This is a complex which attaches a sliding clamp around a DNA molecule. Polymerase then sticks to the end of the sliding clamp, and as a result gets stuck fast to the DNA it's replicating, increasing its processivity from 10 base pairs to 80,000.
This is a closed clamp, pdb ID 3u5z.
This is a complex which attaches a sliding clamp around a DNA molecule. Polymerase then sticks to the end of the sliding clamp, and as a result gets stuck fast to the DNA it's replicating, increasing its processivity from 10 base pairs to 80,000.
This is a closed clamp, pdb ID 3u5z.
Instructions
Print with support. I used 0.4mm layer width and 0.128 layer height (with a 0.4mm nozzle) 45mm/s feed rate. I used KISSlicer and support set to "dense", with the support flow rate reduced to 70% of the object using an external script.
Support was fairly difficult to remove, I used a piece of armature wire to get it out of the cracks and crevices.
Support was fairly difficult to remove, I used a piece of armature wire to get it out of the cracks and crevices.
License
Clamp Loader Complex by destroyer2012 is licensed under the Attribution - Share Alike - Creative Commons license.
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