Sandbox Reserved 820: Difference between revisions
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Each monomer is divided in <scene name='56/568018/Monomer_structure/5'>3 thioredoxin domains (TRX)</scene>: <scene name='56/568018/Monomer_structure/7'>the N-term</scene>, <scene name='56/568018/Monomer_structure/6'>the middle</scene> and the <scene name='56/568018/Monomer_structure/8'>C-term</scene> domains. Each of these has a regular structure: a <scene name='56/568018/Beta_sheet/4'>5 strands beta sheet core</scene> surrounded by <scene name='56/568018/Alpha_helix/3'>4 alpha helices</scene>. | Each monomer is divided in <scene name='56/568018/Monomer_structure/5'>3 thioredoxin domains (TRX)</scene>: <scene name='56/568018/Monomer_structure/7'>the N-term</scene>, <scene name='56/568018/Monomer_structure/6'>the middle</scene> and the <scene name='56/568018/Monomer_structure/8'>C-term</scene> domains. Each of these has a regular structure: a <scene name='56/568018/Beta_sheet/4'>5 strands beta sheet core</scene> surrounded by <scene name='56/568018/Alpha_helix/3'>4 alpha helices</scene>. | ||
Usually these domains are involved in redox phenomena, which lead to disulfide bounds creation. Here these domains are inactive but play an important role in the polymerization of CASQ2. | Usually these domains are involved in redox phenomena, which lead to disulfide bounds creation. Here these domains are inactive but play an important role in the polymerization of CASQ2.<ref name="Monomère structure">http://www.ncbi.nlm.nih.gov/Structure/cdd/cddsrv.cgi?ascbin=8&maxaln=10&seltype=2&uid=239372&querygi=429544235&aln=1,227,0,109</ref> | ||
=== Polymer Structure === | === Polymer Structure === | ||
