Glycoside Hydrolase Family 68 - Revision history

Harry Brumer: Text replacement - "\^\^\^(.*)\^\^\^" to "$1"

2021-12-18T21:14:23Z

Text replacement - "\^\^\^(.*)\^\^\^" to "$1"

Harry Brumer: /* Three-dimensional structures */

2017-02-03T16:09:13Z

Three-dimensional structures

Harry Brumer: /* Three-dimensional structures */

2017-02-03T16:08:43Z

Three-dimensional structures

Maxime Versluys: /* References */

2017-02-03T09:46:47Z

References

Maxime Versluys: /* Three-dimensional structures */

2017-02-03T09:45:15Z

Three-dimensional structures

Maxime Versluys: /* Three-dimensional structures */

2017-02-03T09:44:22Z

Three-dimensional structures

Maxime Versluys: /* Three-dimensional structures */

2017-02-03T09:40:19Z

Three-dimensional structures

Harry Brumer at 23:37, 1 February 2017

2017-02-01T23:37:47Z

Tirso Pons at 22:25, 14 December 2012

2012-12-14T22:25:10Z

Harry Brumer: updated CAZyDBlink

2012-06-21T16:37:12Z

updated CAZyDBlink

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 <!-- CURATORS: Please replace the {{UnderConstruction}} tag below with {{CuratorApproved}} when the page is ready for wider public consumption -->
 {{CuratorApproved}}
-* [[Author]]: ^^^Tirso Pons^^^, ^^^Maxime Versluys^^^, and ^^^Wim Van den Ende^^^
+* [[Author]]: [[User:Tirso Pons|Tirso Pons]], [[User:Maxime Versluys|Maxime Versluys]], and [[User:Wim Van den Ende|Wim Van den Ende]]
-* [[Responsible Curator]]:  ^^^Wim Van den Ende^^^
+* [[Responsible Curator]]:  [[User:Wim Van den Ende|Wim Van den Ende]]
 ----

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 == Three-dimensional structures ==
-Currently, only six different three dimensional structures of family GH68 enzymes have been solved. The first crystal structure was reported for the bacterial levansucrase (SacB) from ''Bacillus subtilis'' subsp. subtilis str. 168 <cite>Meng2003</cite>. The second one corresponds to levansucrase (LdsA) from ''Gluconacetobacter diazotrophicus'' SRT4 <cite>MartinezFleites2005</cite>, the third corresponds to SacB from ''Bacillus megaterium'' <cite>Strube2011</cite>, the fourth is an inulosucrase (InuJ) from ''Lactobacillus johnsonii'' NCC533 <cite>Pijning2011</cite> and the fifth one corresponds to beta-fructofuranosidase (ArFFase) from Arthrobacter sp. K-1 <cite>Tonozuca2012</cite>. More recently, the three dimensional structure of a levansucrase from ''Erwinia amylovora'' has been characterized as well <cite>Wuerges2015</cite>. These structures display a 5-fold β-propeller topology, and therefore GH families 68 and [[GH32|32]] have been combined in clan GH-J. On the other hand, a structural relationship of the catalytic core exists to family GH68 and family [[GH43]], as predicted by detailed sequence analysis <cite>Naumoff2001</cite>.
+Currently, six different three dimensional structures of family GH68 enzymes have been solved. The first crystal structure was reported for the bacterial levansucrase (SacB) from ''Bacillus subtilis'' subsp. subtilis str. 168 <cite>Meng2003</cite>. The second one corresponds to levansucrase (LdsA) from ''Gluconacetobacter diazotrophicus'' SRT4 <cite>MartinezFleites2005</cite>, the third corresponds to SacB from ''Bacillus megaterium'' <cite>Strube2011</cite>, the fourth is an inulosucrase (InuJ) from ''Lactobacillus johnsonii'' NCC533 <cite>Pijning2011</cite> and the fifth one corresponds to beta-fructofuranosidase (ArFFase) from Arthrobacter sp. K-1 <cite>Tonozuca2012</cite>. More recently, the three dimensional structure of a levansucrase from ''Erwinia amylovora'' has been characterized as well <cite>Wuerges2015</cite>. These structures display a 5-fold β-propeller topology, and therefore GH families 68 and [[GH32|32]] have been combined in clan GH-J. On the other hand, a structural relationship of the catalytic core exists to family GH68 and family [[GH43]], as predicted by detailed sequence analysis <cite>Naumoff2001</cite>.
 == Family Firsts ==

@@ Line 38: / Line 38: @@
 == Three-dimensional structures ==
-Currently, only six different three dimensional structures of family GH68 enzymes have been solved. The first crystal structure was reported for the bacterial levansucrase (SacB) from ''Bacillus subtilis'' subsp. subtilis str. 168 <cite>Meng2003</cite>. The second one corresponds to levansucrase (LdsA) from ''Gluconacetobacter diazotrophicus'' SRT4 <cite>MartinezFleites2005</cite>, the third corresponds to SacB from ''Bacillus megaterium'' <cite>Strube2011</cite>, the fourth is an inulosucrase (InuJ) from ''Lactobacillus johnsonii'' NCC533 <cite>Pijning2011</cite> and the fifth one corresponds to beta-fructofuranosidase (ArFFase) from Arthrobacter sp. K-1 <cite>Tonozuca2012</cite>. Lately, the three dimensional structure of a levansucrase from ''Erwinia amylovora'' has been characterized as well <cite>Wuerges2015</cite>. These structures display a 5-fold β-propeller topology, and therefore GH families 68 and [[GH32|32]] have been combined in clan GH-J. On the other hand, a structural relationship of the catalytic core exists to family GH68 and family [[GH43]], as predicted by detailed sequence analysis<cite>Naumoff2001</cite>.
+Currently, only six different three dimensional structures of family GH68 enzymes have been solved. The first crystal structure was reported for the bacterial levansucrase (SacB) from ''Bacillus subtilis'' subsp. subtilis str. 168 <cite>Meng2003</cite>. The second one corresponds to levansucrase (LdsA) from ''Gluconacetobacter diazotrophicus'' SRT4 <cite>MartinezFleites2005</cite>, the third corresponds to SacB from ''Bacillus megaterium'' <cite>Strube2011</cite>, the fourth is an inulosucrase (InuJ) from ''Lactobacillus johnsonii'' NCC533 <cite>Pijning2011</cite> and the fifth one corresponds to beta-fructofuranosidase (ArFFase) from Arthrobacter sp. K-1 <cite>Tonozuca2012</cite>. More recently, the three dimensional structure of a levansucrase from ''Erwinia amylovora'' has been characterized as well <cite>Wuerges2015</cite>. These structures display a 5-fold β-propeller topology, and therefore GH families 68 and [[GH32|32]] have been combined in clan GH-J. On the other hand, a structural relationship of the catalytic core exists to family GH68 and family [[GH43]], as predicted by detailed sequence analysis <cite>Naumoff2001</cite>.
 == Family Firsts ==

@@ Line 67: / Line 67: @@
 #Pijning2011 pmid=21801732
 #Tonozuca2012 pmid=23040392
 </biblio>
 [[Category:Glycoside Hydrolase Families|GH068]]

@@ Line 38: / Line 38: @@
 == Three-dimensional structures ==
-Currently, only six different three dimensional structures of family GH68 enzymes have been solved. The first crystal structure was reported for the bacterial levansucrase (SacB) from ''Bacillus subtilis'' subsp. subtilis str. 168 <cite>Meng2003</cite>. The second one corresponds to levansucrase (LdsA) from ''Gluconacetobacter diazotrophicus'' SRT4 <cite>MartinezFleites2005</cite>, the third corresponds to SacB from ''Bacillus megaterium'' <cite>Strube2011</cite>, the fourth is an inulosucrase (InuJ) from ''Lactobacillus johnsonii'' NCC533 <cite>Pijning2011</cite> and the fifth one corresponds to beta-fructofuranosidase (ArFFase) from Arthrobacter sp. K-1 <cite>Tonozuca2012</cite>. Lately, the three dimensional structure of a levansucrase from ''Erwinia amylovora'' has been characterized as well<cite>Wuerges2015</cite>. These structures display a 5-fold β-propeller topology, and therefore GH families 68 and [[GH32|32]] have been combined in clan GH-J. On the other hand, a structural relationship of the catalytic core exists to family GH68 and family [[GH43]], as predicted by detailed sequence analysis<cite>Naumoff2001</cite>.
+Currently, only six different three dimensional structures of family GH68 enzymes have been solved. The first crystal structure was reported for the bacterial levansucrase (SacB) from ''Bacillus subtilis'' subsp. subtilis str. 168 <cite>Meng2003</cite>. The second one corresponds to levansucrase (LdsA) from ''Gluconacetobacter diazotrophicus'' SRT4 <cite>MartinezFleites2005</cite>, the third corresponds to SacB from ''Bacillus megaterium'' <cite>Strube2011</cite>, the fourth is an inulosucrase (InuJ) from ''Lactobacillus johnsonii'' NCC533 <cite>Pijning2011</cite> and the fifth one corresponds to beta-fructofuranosidase (ArFFase) from Arthrobacter sp. K-1 <cite>Tonozuca2012</cite>. Lately, the three dimensional structure of a levansucrase from ''Erwinia amylovora'' has been characterized as well <cite>Wuerges2015</cite>. These structures display a 5-fold β-propeller topology, and therefore GH families 68 and [[GH32|32]] have been combined in clan GH-J. On the other hand, a structural relationship of the catalytic core exists to family GH68 and family [[GH43]], as predicted by detailed sequence analysis<cite>Naumoff2001</cite>.
 == Family Firsts ==

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 |{{Hl2}} colspan="2" align="center" |'''CAZy DB link'''
 |-
-| colspan="2" |http://www.cazy.org/fam/GH68.html
+| colspan="2" |{{CAZyDBlink}}GH68.html
 |}
 </div>