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HIV Protease - Molecular Surface

HIV Protease - Molecular Surface 3d printed White Strong & Flexible
White Strong & Flexible
HIV Protease - Molecular Surface 3d printed White Strong & Flexible
HIV Protease - Molecular Surface 3d printed White Strong & Flexible
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HIV Protease - Molecular Surface 3d printed Description
HIV Protease - Molecular Surface 3d printed Description
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HIV Protease - Molecular Surface 3d printed Pink Strong & Flexible Polished
HIV Protease - Molecular Surface 3d printed Pink Strong & Flexible Polished
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HIV Protease - Molecular Surface 3d printed Orange Strong & Flexible Polished
HIV Protease - Molecular Surface 3d printed Orange Strong & Flexible Polished
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HIV Protease - Molecular Surface 3d printed Red Strong & Flexible Polished
HIV Protease - Molecular Surface 3d printed Red Strong & Flexible Polished
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HIV Protease - Molecular Surface 3d printed Yellow Strong & Flexible Polished
HIV Protease - Molecular Surface 3d printed Yellow Strong & Flexible Polished
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HIV Protease - Molecular Surface 3d printed Green Strong & Flexible Polished
HIV Protease - Molecular Surface 3d printed Green Strong & Flexible Polished
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HIV Protease - Molecular Surface 3d printed Black Strong & Flexible
HIV Protease - Molecular Surface 3d printed Black Strong & Flexible
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HIV Protease - Molecular Surface 3d printed Purple Strong & Flexible Polished
HIV Protease - Molecular Surface 3d printed Purple Strong & Flexible Polished
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HIV Protease - Molecular Surface 3d printed Blue Strong & Flexible Polished
HIV Protease - Molecular Surface 3d printed Blue Strong & Flexible Polished
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Not a Photo

HIV Protease - Molecular Surface 3d printed
HIV Protease - Molecular Surface 3d printed
Digital Preview

Not a Photo

3d Model Viewer

About this Product

ABOUT THE MODEL:
This model of HIV Protease shows the molecular surface for each chain of the protein and spheres for the inhibitor, indinavir. The probe radius of the molecular surface was 1.4 angstroms, about that of a water molecule. The scale is 10 million times actual size. This means that the molecule is 5.4 nanometers by 3.9 nanometers by 5.6 nanometers but the physical model swill be 5.4 centimeters by 3.9 centimeters by 5.6 centimeters.

ABOUT THE MOLECULE:
HIV-1 protease (HIV PR) is an aspartic protease that is essential for the life-cycle of HIV, the retrovirus that causes AIDS.[1][2] HIV PR cleaves newly synthesized polyproteins at the appropriate places to create the mature protein components of an infectious HIV virion. Without effective HIV PR, HIV virions remain uninfectious.[3][4] Thus, mutation of HIV PR’s active site or inhibition of its activity disrupts HIV’s ability to replicate and infect additional cells,[5] making HIV PR inhibition the subject of much pharmaceutical research. [6] (http://en.wikipedia.org/wiki/Hiv_protease)

Dimensions

IN: 1.351 w x 1.555 d x 2.425 h
CM: 3.432 w x 3.95 d x 6.16 h
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