Image:ABC Transporter.jpg - Revision history

Atena Farhangian: uploaded a new version of "Image:ABC Transporter.jpg": This is a summary of how Strain A1 superchannel works to import and degrade alginate. G, L-guluronate; M, D-mannuronate; gene for alginate lyases (A1-I, A1-II and A1-III); catabolite-control prote

Atena Farhangian — Fri, 04 May 2018 21:44:50 GMT

uploaded a new version of "Image:ABC Transporter.jpg": This is a summary of how Strain A1 superchannel works to import and degrade alginate. G, L-guluronate; M, D-mannuronate; gene for alginate lyases (A1-I, A1-II and A1-III); catabolite-control prote

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Revision as of 21:44, 4 May 2018

Atena Farhangian at 21:35, 4 May 2018

Atena Farhangian — Fri, 04 May 2018 21:35:05 GMT

←Older revision		Revision as of 21:35, 4 May 2018
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-	This is a summary of how Strain A1 superchannel works to import and degrade alginate. G, L-guluronate; M, D-mannuronate; gene for alginate lyases (A1-I, A1-II and A1-III); catabolite-control protein gene; algS, algM1 and algM2, ABC transporter genes for alginate import; algQ1 and algQ2, genes for alginate-binding proteins; a1-IV, alginate lyase A1-IV gene; a1-II’, alginate lyase A1-II’ gene; a1-IV’, alginate lyase A1-IV’ gene; p3, TonB-dependent transporter; p5, alginate receptor; FlgJ, C-terminal catalytic module for peptidoglycan hydrolysis. Adopted from ~~<ref>~~PMID:21326935</~~ref>~~	+	This is a summary of how Strain A1 superchannel works to import and degrade alginate. G, L-guluronate; M, D-mannuronate; gene for alginate lyases (A1-I, A1-II and A1-III); catabolite-control protein gene; algS, algM1 and algM2, ABC transporter genes for alginate import; algQ1 and algQ2, genes for alginate-binding proteins; a1-IV, alginate lyase A1-IV gene; a1-II’, alginate lyase A1-II’ gene; a1-IV’, alginate lyase A1-IV’ gene; p3, TonB-dependent transporter; p5, alginate receptor; FlgJ, C-terminal catalytic module for peptidoglycan hydrolysis. Adopted from Hashimoto W, Kawai S, Murata K. Bacterial supersystem for alginate import/metabolism and its environmental and bioenergy applications. Bioeng Bugs. 2010 Mar-Apr;1(2):97-109. doi: 10.4161/bbug.1.2.10322. Epub 2009 Oct, 14. PMID:21326935 doi:http://dx.doi.org/10.4161/bbug.1.2.10322

Atena Farhangian at 21:31, 4 May 2018

Atena Farhangian — Fri, 04 May 2018 21:31:21 GMT

←Older revision		Revision as of 21:31, 4 May 2018
Line 1:		Line 1:
-	This is a summary of how Strain A1 superchannel works to import and degrade alginate. G, L-guluronate; M, D-mannuronate; gene for alginate lyases (A1-I, A1-II and A1-III); catabolite-control protein gene; algS, algM1 and algM2, ABC transporter genes for alginate import; algQ1 and algQ2, genes for alginate-binding proteins; a1-IV, alginate lyase A1-IV gene; a1-II’, alginate lyase A1-II’ gene; a1-IV’, alginate lyase A1-IV’ gene; p3, TonB-dependent transporter; p5, alginate receptor; FlgJ, C-terminal catalytic module for peptidoglycan hydrolysis. ~~Details of each protein function are described in the text.~~	+	This is a summary of how Strain A1 superchannel works to import and degrade alginate. G, L-guluronate; M, D-mannuronate; gene for alginate lyases (A1-I, A1-II and A1-III); catabolite-control protein gene; algS, algM1 and algM2, ABC transporter genes for alginate import; algQ1 and algQ2, genes for alginate-binding proteins; a1-IV, alginate lyase A1-IV gene; a1-II’, alginate lyase A1-II’ gene; a1-IV’, alginate lyase A1-IV’ gene; p3, TonB-dependent transporter; p5, alginate receptor; FlgJ, C-terminal catalytic module for peptidoglycan hydrolysis. Adopted from <ref>PMID:21326935</ref>

Atena Farhangian: This is a summary of how Strain A1 superchannel works to import and degrade alginate. G, L-guluronate; M, D-mannuronate; gene for alginate lyases (A1-I, A1-II and A1-III); catabolite-control protein gene; algS, algM1 and algM2, ABC transporter genes for a

Atena Farhangian — Fri, 04 May 2018 21:29:50 GMT

New page

This is a summary of how Strain A1 superchannel works to import and degrade alginate. G, L-guluronate; M, D-mannuronate; gene for alginate lyases (A1-I, A1-II and A1-III); catabolite-control protein gene; algS, algM1 and algM2, ABC transporter genes for alginate import; algQ1 and algQ2, genes for alginate-binding proteins; a1-IV, alginate lyase A1-IV gene; a1-II’, alginate lyase A1-II’ gene; a1-IV’, alginate lyase A1-IV’ gene; p3, TonB-dependent transporter; p5, alginate receptor; FlgJ, C-terminal catalytic module for peptidoglycan hydrolysis. Details of each protein function are described in the text.