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http://faculty.washington.edu/tdavis/description.html http://www.youtube.com/watch?v=_5bGPa-QXV4 http://www.youtube.com/watch?v=koh6QZOeucM http://www.youtube.com/watch?v=nB6gFn0_wr8 13 10 3 Figure. The repressilator


  1. Experimental Achievements 13 年 10 月 3 ⽇旦星期四

  2. 13 年 10 月 3 ⽇旦星期四

  3. Part Standardization RFC[23] 13 年 10 月 3 ⽇旦星期四

  4. Fluorescent Proteins Figure. Fluorescent proteins: GFP, RFP, mOrange 13 年 10 月 3 ⽇旦星期四

  5. Fluorescent Proteins Figure . Fluorescent proteins have be modified to RFC[23], and stop codons have been removed for fusion protein purpose 13 年 10 月 3 ⽇旦星期四

  6. 13 年 10 月 3 ⽇旦星期四

  7. Promoters 13 年 10 月 3 ⽇旦星期四

  8. clb6 Promoter Figure . Bright field of budding yeast 13 年 10 月 3 ⽇旦星期四

  9. clb6 Promoter Figure . Bright field of budding yeast 13 年 10 月 3 ⽇旦星期四

  10. clb6 Promoter Figure . Bright field of budding yeast 13 年 10 月 3 ⽇旦星期四

  11. Figure . Clb6 promoter for G1 phase has been verified 13 年 10 月 3 ⽇旦星期四

  12. cln3 Promoter Figure . Flow cytometry to verify S phase promoter cln3 13 年 10 月 3 ⽇旦星期四

  13. 13 年 10 月 3 ⽇旦星期四

  14. Targeting Peptides 13 年 10 月 3 ⽇旦星期四

  15. Figure . Test for targeting peptides to mitochondria, nucleus and vacuolar 13 年 10 月 3 ⽇旦星期四

  16. 13 年 10 月 3 ⽇旦星期四

  17. Degradation Tags 13 年 10 月 3 ⽇旦星期四

  18. Growth Curve Figure . Growing curve of budding yeast Figure . Growing curve of E. coli 13 年 10 月 3 ⽇旦星期四

  19. Degradation Tag E.coli Negative Control Very Fast Fast Moderate Positive Control Figure . Fluorescence ladder for degradation test devices 13 年 10 月 3 ⽇旦星期四

  20. Positive Control K1051257 K1051258 K1051259 Figure . The test results for degradation tags 13 年 10 月 3 ⽇旦星期四

  21. Degradation Tag E.coli Figure . Fluorescence intensity calculated by ImageJ and degradation rates calculation. 13 年 10 月 3 ⽇旦星期四

  22. Dynamic Measurement Figure . Genetic circuit of K1051258 Input1: LB Output Input2: LB Figure . Microfluidics +1mM IPTG 13 年 10 月 3 ⽇旦星期四

  23. Degradation Tag E.coli Figure . The test results of BBa_K1051258 in chip. A,LB medium,0 minute; B, IPTG medium,9minutes; C, IPTG medium, 15 minutes. 13 年 10 月 3 ⽇旦星期四

  24. Degradation Tag E.coli Figure . Average fluorescence intensity of K1051258 measurement 13 年 10 月 3 ⽇旦星期四

  25. Measurement Figure . RFP with degradation tag’s half life tested by microfluidics and calculated by model 13 年 10 月 3 ⽇旦星期四

  26. Data Match Figure . Degradation rate result comparison 13 年 10 月 3 ⽇旦星期四

  27. 13 年 10 月 3 ⽇旦星期四

  28. Synchronization Device 13 年 10 月 3 ⽇旦星期四

  29. Mutant Work of SIC1 Problems in SOE-PCR so up to now Overlap: 22bp 628bp 249bp 13 年 10 月 3 ⽇旦星期四

  30. Mutant Work of SIC1 Problems in SOE-PCR so up to now Overlap: 22bp 628bp 249bp 累觉不爱。。。 13 年 10 月 3 ⽇旦星期四

  31. Synchronization by Microfluidics Input: YPD medium 90min Input: Dilute YDP medium 60min 13 年 10 月 3 ⽇旦星期四

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