Sandbox Reserved 1650: Difference between revisions
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disulf bond & ctd |
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<scene name='86/868183/Ntd/5'>N-terminal domain (NTD)</scene> [[https://www.youtube.com/watch?v=MuFHlCZCetU&list=PLMGnv0h7EIJydYifu7JSxrkXMzpwlkyDF&index=5>NTD]], <scene name='86/868183/Core/4'>Core</scene> [[https://www.youtube.com/watch?v=Lx1G1KGxKN8&list=PLMGnv0h7EIJydYifu7JSxrkXMzpwlkyDF&index=8>CORE]], <scene name='86/868183/Flap/4'>Flap</scene> [[https://www.youtube.com/watch?v=vk60Rdyo28A&list=PLMGnv0h7EIJydYifu7JSxrkXMzpwlkyDF&index=6>FLAP]], <scene name='86/868183/Arm/3'>Arm</scene> [[https://www.youtube.com/watch?v=XzeTjQKfO0E&list=PLMGnv0h7EIJydYifu7JSxrkXMzpwlkyDF&index=9>ARM]] and <scene name='86/868183/Ctd/4'>C-Terminal Domain (CTD)</scene> [[https://www.youtube.com/watch?v=N-mg_xj-deI&list=PLMGnv0h7EIJydYifu7JSxrkXMzpwlkyDF&index=7>CTD]]. | <scene name='86/868183/Ntd/5'>N-terminal domain (NTD)</scene> [[https://www.youtube.com/watch?v=MuFHlCZCetU&list=PLMGnv0h7EIJydYifu7JSxrkXMzpwlkyDF&index=5>NTD]], <scene name='86/868183/Core/4'>Core</scene> [[https://www.youtube.com/watch?v=Lx1G1KGxKN8&list=PLMGnv0h7EIJydYifu7JSxrkXMzpwlkyDF&index=8>CORE]], <scene name='86/868183/Flap/4'>Flap</scene> [[https://www.youtube.com/watch?v=vk60Rdyo28A&list=PLMGnv0h7EIJydYifu7JSxrkXMzpwlkyDF&index=6>FLAP]], <scene name='86/868183/Arm/3'>Arm</scene> [[https://www.youtube.com/watch?v=XzeTjQKfO0E&list=PLMGnv0h7EIJydYifu7JSxrkXMzpwlkyDF&index=9>ARM]] and <scene name='86/868183/Ctd/4'>C-Terminal Domain (CTD)</scene> [[https://www.youtube.com/watch?v=N-mg_xj-deI&list=PLMGnv0h7EIJydYifu7JSxrkXMzpwlkyDF&index=7>CTD]]. | ||
The carboxyl-terminal domain of TG (about 520 amino acids) shows homology with the [[Acetylcholinesterase]] and other esterases. | The <scene name='86/868183/Ctd/4'>carboxyl-terminal domain</scene> of TG (about 520 amino acids) shows homology with the [[Acetylcholinesterase]] and other esterases. | ||
In addition, <scene name='86/868183/Tg/2'>TG</scene> has about 120 cysteine residues allowing the formation of about 60 disulfide bridge bonds per <scene name='86/868183/Monomer_tg/1'>monomer</scene> [[https://www.youtube.com/watch?v=Nuryu1aSqvY&list=PLMGnv0h7EIJydYifu7JSxrkXMzpwlkyDF&index=11>Disulfide bridge]]. It confers great stability and solubility. | In addition, <scene name='86/868183/Tg/2'>TG</scene> has about 120 cysteine residues allowing the formation of about 60 <scene name='86/868183/Ssbonds/1'>disulfide bridge bonds</scene> per <scene name='86/868183/Monomer_tg/1'>monomer</scene> [[https://www.youtube.com/watch?v=Nuryu1aSqvY&list=PLMGnv0h7EIJydYifu7JSxrkXMzpwlkyDF&index=11>Disulfide bridge]]. It confers great stability and solubility. | ||
These enzymes belong to the class of α-β hydrolase fold superfamily, characterized by α–helices and β-strands that roughly alternate along the polypeptide chain.<ref name="jeso">DOI 26595189</ref> | These enzymes belong to the class of α-β hydrolase fold superfamily, characterized by α–helices and β-strands that roughly alternate along the polypeptide chain.<ref name="jeso">DOI 26595189</ref> | ||
