File:Computer-designed binding protein could lead to better protection for our Warfighters 140224-A-AB123-003.jpg
Computer-designed_binding_protein_could_lead_to_better_protection_for_our_Warfighters_140224-A-AB123-003.jpg (446 × 327 pixels, file size: 57 KB, MIME type: image/jpeg)
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Summary[edit]
DescriptionComputer-designed binding protein could lead to better protection for our Warfighters 140224-A-AB123-003.jpg |
English: Model of a full-sized antibody bound to two molecules of the designed binder at its Fc-domain. Close-up inset shows the interactions between the normally surface-exposed histidine residue of the IgG with the binder. Switching takes place from the high-affinity binding at higher pH when the histidine is not protonated to a much lower affinity binding at lower pH when the histidine becomes protonated. |
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Date | Taken on 24 February 2014 | |||
Source | https://www.dvidshub.net/image/1172987 | |||
Author | IgG | |||
Location InfoField | FORT BELVOIR, VA, US | |||
VIRIN InfoField |
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Posted InfoField | 24 February 2014, 10:57 |
Licensing[edit]
Public domainPublic domainfalsefalse |
This file is a work of a U.S. Army soldier or employee, taken or made as part of that person's official duties. As a work of the U.S. federal government, it is in the public domain in the United States.
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Short title | 140224-A-AB123-003 |
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Headline | Computer-designed binding protein could lead to better protection for our Warfighters |
Image title | Model of a full-sized antibody (IgG) bound to two molecules of the designed binder (FcB6.1) at its Fc-domain. Close-up inset shows the interactions between the normally surface-exposed histidine residue (His433) of the IgG with the binder. Switching takes place from the high-affinity binding at higher pH (pH 8.2) when the histidine is not protonated to a much lower affinity binding at lower pH (pH 5.5) when the histidine becomes protonated. (Image courtesy: Dr. David Baker, University of Washington) |
City shown | Ft. Belvoir |
Credit/Provider | U.S. Department of Defense |
Source | Digital |
Copyright holder | Public Domain |
Keywords | DTRA CB |
Province or state shown | VA |
Code for country shown | US |
Special instructions | Released
John Davis Defense Threat Reduction Agency's Chemical and Biological Technologies Department jdavis@navaranc.com via DVIDS |
Original transmission location code | U.S. Department of Defense |
Country shown | United States |