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2013 TzuChiU_Formosa Team Team Membe Members rs Hypnoseq. Hypnos Sequence Right before Us Right before Us Infections caused by resistant microorganisms often fail to respond to conventional treatment, resulting in prolonged illness,


  1. 2013 TzuChiU_Formosa

  2. Team Team Membe Members rs

  3. Hypnoseq. Hypnos Sequence

  4. Right before Us

  5. Right before Us • Infections caused by resistant microorganisms often fail to respond to conventional treatment, resulting in prolonged illness, greater risk of death and higher costs. • New resistance mechanisms have emerged, making the latest generation of antibiotics virtually ineffective. - World Health Organization

  6. 1 Introduction We We ha have ve fea eatur tures es for r ev ever ery ste y step of p of th the pro e proje ject. ct.

  7. chloramphenicol Designed four parts of Cam-antisenses - specific

  8. Pri Primer Des mer Design ign Obtain antibiotic resistance sequence Random selection to seek high specificity regions Reverse the above sequence Add the restriction enzyme site at the end of primers

  9. Hypno Hypnoseq. seq. RISC RISC? How doe How does it w s it work? ork? ? " Are organisms able to perform an easier mechanism to carry out our desired plan? " in Proka in Prokaryotes ryotes? Dicer? Dice r?

  10. 2 System Design 1 Introduction We We ha have ve fea eatur tures es for r ev ever ery ste y step of p of th the pro e proje ject. ct.

  11. IPTG Target mRNA 13

  12. 2 System Design 3 1 Introduction Results We We ha have ve fea eatur tures es for r ev ever ery ste y step of p of th the pro e proje ject. ct.

  13. Gr Group 1 oup 1 Colony PCR antisense pSB1C3 vector

  14. Lac I PCR from pET11d (E.c .coli)

  15. In Prog In P rogress ress  pSB1C3 group Clone Lac I Construct the system Transformation Quantify the system

  16. Gr Group 2 oup 2 antisense pET11d vector

  17. pET11d Colony Amp

  18. 2 System Design 1 3 Introduction Results 4 Future & Application We We ha have ve fea eatur tures es for r ev ever ery ste y step of p of th the pro e proje ject. ct.

  19. IPTG add Plating Cam add Plating

  20. Decrease the percentage of Antibiotic or Resistance

  21. Applications Applications • Health/Medicine : Knockdown pathogenic genes of bacteria • New Application : on-off switch

  22. CRISPR (Clustered Regularly Interspaced Short Palindromic Repeats)

  23. Brand New Design ! CRISPR/Cas9 system

  24. Conjugation CRISPR/Cas9 OriTR J01003

  25. 2 System Design 1 3 Introduction Results 4 5 Future Achieve- & ment Application We ha We have ve fea eatur tures es for r ev ever ery ste y step of p of th the pro e proje ject. ct.

  26. Completed. Ampicillin antisense 1(BBa_K1222997) Lac operator+CamR antisense 1(BBa_K1222984) Lac promoter+LacI(BBa_K1222002) Ampicillin antisense 2(BBa_K1222996) Lac operator+CamR antisense 2(BBa_K1222983) Ampicillin antisense 3(BBa_K1222995) Lac operator+CamR antisense 3(BBa_K1222982) Ampicillin antisense 4(BBa_K1222994) Lac operator+CamR antisense 4(BBa_K1222981) GFP antisense 1(BBa_K1222998) Lac operator+GFP antisense 1(BBa_K1222987) GFP antisense 2(BBa_K1222989) Lac operator+GFP antisense 2(BBa_K1222986) GFP antisense 3(BBa_K1222988) Lac operator+GFP antisense 3(BBa_K1222985) T7 promoter+lac operator+antisense +T7 T7 promoter+lac operator+antisense+T7 terminator+Lac terminator (BBa_K1222004, BBa_K1222005) promoter+LacI(BBa_K1222000, BBa_K1222001) 28

  27. Human Human Prac Practices tices -Spe Speech ech -Fa Facebook cebook Pag Page -SB Work SB Workshop shop

  28. Huma Human Prac n Practic tices es

  29. Human Human Prac Practices tices -Spe Speech ech -Fa Facebook cebook Pag Page -SB Work SB Workshop shop

  30. Human Human Prac Practices tices -Spe Speech ech -Fa Facebook cebook Pag Page -SB Work SB Workshop shop

  31. Acknowledgements Acknowledgements

  32. Instruc Ins tructor tor Te Techni chnical cal Suppo Su pports rts Guang-Huey Lin Ingrid Liu Ji-Hshiung Chen Jeng-Woei Lee Shu-Jun Chiu Chun-Yao Chen Jui-Hung Yen

  33. Advi Advisor sors Hung-Jen Chien Hsin-Jung Tien Chia-Sheng Pai Lu-Chu Ke Li-Yi Lin Kai-Chi Liang Ni-Chun Chung Yao-Hua Hew Ruo-Yu Wang Hsien-Ting Huang

  34. Refer References ences Hale, C. R., et al. (2009). "RNA-guided RNA cleavage by a CRISPR RNA-Cas protein complex." Cell 139 (5): 945-956. Hsu, P. D., et al. (2013). "DNA targeting specificity of RNA-guided Cas9 nucleases." Nat Biotechnol 31 (9): 827-832. Huang, L., et al. (2013). "Efficient and specific gene knockdown by small interfering RNAs produced in bacteria." Nat Biotechnol 31 (4): 350-356. Wang, H., et al. (2013). "One-step generation of mice carrying mutations in multiple genes by CRISPR/Cas-mediated genome engineering." Cell 153 (4): 910-918. Wiedenheft, B., et al. (2012). "RNA-guided genetic silencing systems in bacteria and archaea." Nature 482 (7385): 331-338.

  35. Thank you Thank you for your for your attenti attention. on.

  36. Amp r Amp r mRNA Cam r Kan r protein protein Amp Amp

  37. Amp r Amp r mRNA Amp r mRNA Cam r Kan r protein Anti-sense Amp r mRNA Amp IPTG

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