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Difference between revisions of "Template:News"
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'''''Attention CAZymologists!'' Upcoming conferences:''' | '''''Attention CAZymologists!'' Upcoming conferences:''' | ||
| − | * [[File:Grc.png| | + | * [[File:Grc.png|left|x50px]] Registration is now open for the [http://www.grc.org/programs.aspx?year=2013&program=cellulo 2013 Gordon Research Conference on Cellulosomes, Cellulases & Other Carbohydrate Modifying Enzymes.] Follow the link for more information, including the schedule of world-leading speakers. Junior scientists are especially encouraged to attend the affiliated [http://www.grc.org/programs.aspx?year=2013&program=grs_cellul Gordon Research Seminar]. '' |
| − | * [[File:Alamy 5.jpg| | + | * [[File:Alamy 5.jpg|left|x50px]] Fifth Symposium on the Alpha-Amylase Family - [http://imb.savba.sk/~janecek/Alamys/Alamy_5/ ALAMY_5], October 20-24, Smolenice Castle, Slovakia. |
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'''2 May 2013:''' ''Adding on to the Lexicon:'' Today '''[[User:Spencer Williams|Spencer Williams]]''' added the finishing touches to the [[Lexicon]] page on '''[[Transglycosylases]]'''. Transglycosylation - the ability to ''non-hydrolytically'' rearrange glycosidic bonds between one or more substrates - is a feature of many [[Glycoside hydrolases]], especially those which use the [[retaining]] mechanism. In such enzymes, the covalent glycosyl-enzyme reaction intermediate can be intercepted by either water (yielding hydrolysis) or a sugar "acceptor" substrate (yielding transglycosylation). Although transglycosylation is generally a side activity of retaining enzymes, a handful are naturally very predominant '''[[Transglycosylases]]'''. ''See the [[Lexicon]] page to learn more, including specific examples!'' | '''2 May 2013:''' ''Adding on to the Lexicon:'' Today '''[[User:Spencer Williams|Spencer Williams]]''' added the finishing touches to the [[Lexicon]] page on '''[[Transglycosylases]]'''. Transglycosylation - the ability to ''non-hydrolytically'' rearrange glycosidic bonds between one or more substrates - is a feature of many [[Glycoside hydrolases]], especially those which use the [[retaining]] mechanism. In such enzymes, the covalent glycosyl-enzyme reaction intermediate can be intercepted by either water (yielding hydrolysis) or a sugar "acceptor" substrate (yielding transglycosylation). Although transglycosylation is generally a side activity of retaining enzymes, a handful are naturally very predominant '''[[Transglycosylases]]'''. ''See the [[Lexicon]] page to learn more, including specific examples!'' | ||
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Revision as of 08:22, 17 May 2013
Attention CAZymologists! Upcoming conferences:
- Registration is now open for the 2013 Gordon Research Conference on Cellulosomes, Cellulases & Other Carbohydrate Modifying Enzymes. Follow the link for more information, including the schedule of world-leading speakers. Junior scientists are especially encouraged to attend the affiliated Gordon Research Seminar.
- Fifth Symposium on the Alpha-Amylase Family - ALAMY_5, October 20-24, Smolenice Castle, Slovakia.
2 May 2013: Adding on to the Lexicon: Today Spencer Williams added the finishing touches to the Lexicon page on Transglycosylases. Transglycosylation - the ability to non-hydrolytically rearrange glycosidic bonds between one or more substrates - is a feature of many Glycoside hydrolases, especially those which use the retaining mechanism. In such enzymes, the covalent glycosyl-enzyme reaction intermediate can be intercepted by either water (yielding hydrolysis) or a sugar "acceptor" substrate (yielding transglycosylation). Although transglycosylation is generally a side activity of retaining enzymes, a handful are naturally very predominant Transglycosylases. See the Lexicon page to learn more, including specific examples!