Difference between revisions of "Accesory Domain Gains and Losses"
From PhosphataseWiki
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| − | Below is the list of protein phosphatase subfamilies which has gained and/or lost accessory domains. | + | Below is the list of protein phosphatase subfamilies which has gained and/or lost accessory domains. The loss of a domain can be categorized into two types: 1) a complete loss of the domain which means no sequence at the region where the domain is supposed to be at; 2) the sequence is too divergent to be considered as the domain. |
* [[Phosphatase_Subfamily_ACP5|ACP5]] | * [[Phosphatase_Subfamily_ACP5|ACP5]] | ||
* [[Phosphatase_Subfamily_CDC25|CDC25]]. Caenorhabditis lost the regulatory N-terminal domain ([[HMM_PD0128|CDC25_NTD]]). The insect CDC25s has a CDC25_NTD domain, but is quite divergent from other eumetazoa CDC25s. | * [[Phosphatase_Subfamily_CDC25|CDC25]]. Caenorhabditis lost the regulatory N-terminal domain ([[HMM_PD0128|CDC25_NTD]]). The insect CDC25s has a CDC25_NTD domain, but is quite divergent from other eumetazoa CDC25s. | ||
Revision as of 21:26, 8 October 2015
Below is the list of protein phosphatase subfamilies which has gained and/or lost accessory domains. The loss of a domain can be categorized into two types: 1) a complete loss of the domain which means no sequence at the region where the domain is supposed to be at; 2) the sequence is too divergent to be considered as the domain.
