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All-In-G1

All-In-G1. - A brief introduction By M.Sc. Bjørn Sponberg. Let’s travel 1 billion years back in time, when our genome was in protist cells. We measure All-In-G1 fitness to the current model 1 billion years ago. Blind zone in the c urrent view on cell cycle regulation.

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All-In-G1

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  1. All-In-G1 - A brief introduction By M.Sc. Bjørn Sponberg

  2. Let’s travel 1 billion years back in time, when our genome was in protist cells.

  3. We measure All-In-G1 fitness to the current model 1 billion years ago.

  4. Blind zone in the current view on cell cycle regulation.

  5. The same blind zone can challenge the temporal distribution of the network.

  6. TF’s are located in many phases

  7. cisRegulatoryModulescan explain Tf’s placement in multiple phases – seen from All-In-G1. The threedifferenttranscriptroutes (See next slide) can shareactive TF’s.

  8. Explanation of Assemble and waitworking in S phase.

  9. ECIN is the most controversial mechanism

  10. For further reading welcome to my blog: http://blogs.myspace.com/index.cfm?fuseaction=blog.view&friendId=503091722&blogId=516960446 All figures are modified from their PMID articles (See under pictures). Slides 11, 12 and 13 (Modified from PMID: 16272094)

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