User:Karsten Theis/Physical Models: Difference between revisions

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New page: ==3D printed models== Using a 3D printer from Westfield State University, we printed physcial models of proteins illustrating concepts such as chirality, shape complementarity of binding ...
 
Karsten Theis (talk | contribs)
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We have started to create a proteopedia article, along with video footage, for each of the available models. This is work in progress, so all of the pages are still in the sandbox stage. Nevertheless, here are links to each of them:
We have started to create a proteopedia article, along with video footage, for each of the available models. This is work in progress, so all of the pages are still in the sandbox stage. Nevertheless, here are links to each of them:


*[[User:LeeAnne Brown/Sandbox 1]]
*Antibodies: [[User:LeeAnne Brown/Sandbox 1]]
*[[User:Kaeleigh Chartrand/SANDBOX]]
*Amyloid beta fibrils:[[User:Kaeleigh Chartrand/SANDBOX]]
*[[Eric Comeau/ sandbox]]
*Sickle cell hemoglobin: [[Eric Comeau/ sandbox]]
*[[User:Nicholas P. Taliceo/Sandbox]]
*[[User:Nicholas P. Taliceo/Sandbox]]
*[[Emily Ellis/Sandbox]]
*[[Emily Ellis/Sandbox]]
*[[Heather Kirby-sandbox]]
*[[Heather Kirby-sandbox]]

Revision as of 20:17, 26 March 2015

3D printed models3D printed models

Using a 3D printer from Westfield State University, we printed physcial models of proteins illustrating concepts such as chirality, shape complementarity of binding sites and ligand, protein flexibility, misfolding, protein aggregation and protein stability aided by disulfide bonds.

We have started to create a proteopedia article, along with video footage, for each of the available models. This is work in progress, so all of the pages are still in the sandbox stage. Nevertheless, here are links to each of them: