Difference between revisions of "LysM domain"
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== ''B. subtilis'' proteins containing a LysM domain == | == ''B. subtilis'' proteins containing a LysM domain == | ||
* [[CwlS]] | * [[CwlS]] | ||
| + | * [[Ldt]] | ||
* [[LytE]] | * [[LytE]] | ||
* [[LytF]] | * [[LytF]] | ||
| Line 11: | Line 12: | ||
* [[YaaH]] | * [[YaaH]] | ||
* [[YdhD]] | * [[YdhD]] | ||
| − | |||
* [[YkvP]] | * [[YkvP]] | ||
* [[YkzQ]] | * [[YkzQ]] | ||
* [[YocH]] | * [[YocH]] | ||
* [[YqfZ]] | * [[YqfZ]] | ||
| + | --- | ||
| + | * [[SpoVID]] | ||
| + | * [[YpbE]] | ||
| + | * [[YqbP]] | ||
| + | * [[YneA]] | ||
== Related SubtiWiki pages == | == Related SubtiWiki pages == | ||
Latest revision as of 08:57, 4 May 2016
Contents
- 1 LysM domains have affinity for N-acetylglucosamine polymers (GlcNac) in the lower μM range. A single LysM domain is able to bind carbohydrate ligands and LysM domains act additively to increase the binding-affinity.
- 2 B. subtilis proteins containing a LysM domain
- 3 Related SubtiWiki pages
- 4 Important reviews
- 5 Important original publications
- 6 Back to Domains
LysM domains have affinity for N-acetylglucosamine polymers (GlcNac) in the lower μM range. A single LysM domain is able to bind carbohydrate ligands and LysM domains act additively to increase the binding-affinity.
B. subtilis proteins containing a LysM domain
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Related SubtiWiki pages
Important reviews
Important original publications
