Difference between revisions of "INDI"
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| + | INDI is a collection of data types that are of significant scientific value pending a proper data model to allow annotation. | ||
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[[Chemical Site of Action]] | [[Chemical Site of Action]] | ||
* WBPaper00041675 Ca++ affects AWC-ON/OFF cell fate determination. By clamping intracellular Ca++ levels in specific cells using a human calcium-buffer protein, it was demonstrated that Ca++ has an autonomous as well as a non-autonomous role. | * WBPaper00041675 Ca++ affects AWC-ON/OFF cell fate determination. By clamping intracellular Ca++ levels in specific cells using a human calcium-buffer protein, it was demonstrated that Ca++ has an autonomous as well as a non-autonomous role. | ||
Revision as of 00:27, 21 December 2012
INDI is a collection of data types that are of significant scientific value pending a proper data model to allow annotation.
- WBPaper00041675 Ca++ affects AWC-ON/OFF cell fate determination. By clamping intracellular Ca++ levels in specific cells using a human calcium-buffer protein, it was demonstrated that Ca++ has an autonomous as well as a non-autonomous role.
