Sandbox Reserved 1561: Difference between revisions

From Proteopedia
Jump to navigationJump to search
Student (talk | contribs)
No edit summary
Student (talk | contribs)
No edit summary
Line 18: Line 18:
<scene name='82/823085/Secondary_structure_view/1'>Bap1 Secondary Structures</scene> Bap1 is formed by a two-domain structure, which is made up of an eight-bladed beta-propeller with a beta-prism domain within the sixth blade by a flexible linker.
<scene name='82/823085/Secondary_structure_view/1'>Bap1 Secondary Structures</scene> Bap1 is formed by a two-domain structure, which is made up of an eight-bladed beta-propeller with a beta-prism domain within the sixth blade by a flexible linker.


<scene name='82/823085/Eight-bladed_beta-propeller/2'>Eight-Bladed Beta-Propeller</scene>
<scene name='82/823085/Eight-bladed_beta-propeller/2'>Eight-Bladed Beta-Propeller</scene> The eight-bladed beta-propeller has a four-stranded antiparallel beta-sheet making up each blade.  
 
<scene name='82/823085/Eight-bladed_beta-propeller/1'>Eight-Bladed Beta-Propeller</scene> The eight-bladed beta-propeller has a four-stranded antiparallel beta-sheet making up each blade.  


<scene name='82/823085/Beta-prism_binding_site/1'>Beta-Prism Binding</scene> The beta-prism, which is the smaller domain, is an insertion domain within blade six via a flexible linker. The beta-prism is responsible for binding citrates to promote a crystal structure and also bind carbohydrates in the same binding sites.  
<scene name='82/823085/Beta-prism_binding_site/1'>Beta-Prism Binding</scene> The beta-prism, which is the smaller domain, is an insertion domain within blade six via a flexible linker. The beta-prism is responsible for binding citrates to promote a crystal structure and also bind carbohydrates in the same binding sites.