SMD Annotating Batch Files: Difference between revisions
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* The most important thing is '''KEY''' word! Pick the term that ''BEST'' suits the sample. | * The most important thing is '''KEY''' word! Pick the term that ''BEST'' suits the sample. | ||
* Annotations are for each sample in an experiment set. The term chosen may vary accordingly in the set, but each sample will be given a term. | * Annotations are for each sample in an experiment set. The term chosen may vary accordingly in the set, but each sample will be given a term. | ||
<span style="color:red;">the problem is that we developed this ontology for c-4 assuming the samples were two-channel experiments. However, the microarrays for E. coli are single-channel. So the terms below annotate the experiment set again, not the sample.</span> | |||
==SMD c-4 terms== | ==SMD c-4 terms== | ||
Revision as of 19:39, 25 January 2010
As of Jan 22, 2010, Debby & I (BM) have decided on the following list of potential terms for the key word in the c-4 annotation column for SMD.
- The most important thing is KEY word! Pick the term that BEST suits the sample.
- Annotations are for each sample in an experiment set. The term chosen may vary accordingly in the set, but each sample will be given a term.
the problem is that we developed this ontology for c-4 assuming the samples were two-channel experiments. However, the microarrays for E. coli are single-channel. So the terms below annotate the experiment set again, not the sample.
SMD c-4 terms
| Potential c-4 terms | Example or brief explanation |
|---|---|
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Biofilm vs planktonic |
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Biofilm + chemical |
Put the actual chemical name in. |
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Chemical |
Again, put the chemical name here. |
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Control |
ie. if sample is replicate1 vs replicate2 of same strain |
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Ultraviolet (UV) light |
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Wild type vs mutant |
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Wild type vs complemented null mutant |
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Wild type vs overexpression |
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Null mutant vs complemented null mutant |
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Strain comparison |
ie. E. coli K-12 MG1655 compared to E. coli B REL606 |
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Stationary phase |
This includes starvation. |
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Heat shock |
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Cold shock |
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Minimal medium + carbon source |
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Growth curve |
Following expression changes as a function of cell density. |
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