the power of small the bio nems drill
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The Power of Small The Bio-NEMS drill *Patent pending Resonator - PowerPoint PPT Presentation

The Power of Small The Bio-NEMS drill *Patent pending Resonator Image obtained from MEMS & Nanotechnology Exchange. <https://www.mems-exchange.org/MEMS/what-is.html> *Patent pending DNA Coiling *Patent pending Biological


  1. The Power of Small

  2. The Bio-NEMS drill *Patent pending

  3. Resonator Image obtained from MEMS & Nanotechnology Exchange. <https://www.mems-exchange.org/MEMS/what-is.html> *Patent pending

  4. DNA Coiling *Patent pending

  5. Biological Resonator? *Patent pending

  6. IDEA: Mimic the chromatin’s nucleosome *Patent pending

  7. Survey What is a Microelectromechanical System (MEMS)? NEMS 28.77 Know what a MEMS is 71.23 Do NOT know what a MEMs is Fedder, G.K. ; Carnegie Mellon Univ., Pittsburgh ; Howe, R.T. ; Tsu-Jae King Liu ; Quevy, E.P. *Patent pending

  8. Movie Projection Disseminate Nanotechnology and its contribution to Synthetic Biology *Patent pending

  9. Some assumptions were made: All NPs are monocrystalline and equal • (Fe 3 O 4, r=11nm and Fe 3 O 4 @SiO 2 , r= 21nm) The DNA coiled around acts as a rigid body. • The force to unbind DNA from the protein is • about 6.3 pN. 6.3 pN *Patent pending

  10. Some assumptions were made: All NPs are monocrystalline and equal • (Fe 3 O 4, r=11nm and Fe 3 O 4 @SiO 2 , r= 21nm) The DNA coiled around acts as a rigid body. • Bio – NEMS Drill The force to unbind DNA from the protein is • about 6.3 pN. DNA mass is insignificant compared to the • NP’s. All drags are the same • Homogeneous medium • 6.3 pN The system can be reduced to a single mass • and drag *Patent pending

  11. Lorentz force equation Amount of Nanoparticles Drag force equation The amount of Bohr magnetons per unit cell Number of paired electrons Charge Total magnetic force Total force *Patent pending

  12. *Patent pending

  13. The Bio-NEMS drill • Individual Components: • Magnetic Nanoparticles • Peptide • Cross-linking agent • DNA strand *Patent pending

  14. Nanoparticle Synthesis • Co-precipitation Method • More tan 50 trials • Functionalization • Biocompatible *Patent pending

  15. Magnetite • Superparamagnetic • 22 nm monodisperse *Patent pending

  16. Peptide Assembly • Trial 1: SASP • Trial 2: HU • DNA – binding • Electrophoresis *Patent pending

  17. The Bio-NEMS drill *Patent pending

  18. Law Initiative Difficulties with the importation of reactants and biological agents! A law initiative came to be as a collaboration with the Tec Monterrey team. *Patent pending

  19. Characterization Is this real? *Patent pending

  20. UV Spectroscopy 260 nm Blue: Np + DNA Green: Nanoparticles

  21. Use of plasmids for characterization of the device *Patent pending

  22. Bio-NEMS Drill as a cloning vector Improve genetic transformation *Patent pending

  23. *Patent pending

  24. *Patent pending

  25. And the Brainstorm came… *Patent pending

  26. The Test *Patent pending

  27. Does it Work? *Patent pending

  28. Results BBa_K737051 Used as control and DNA in our system for a traditional transformation and a Electroporation Method 60 to 80 Colonies in our Control against 80 to 100 in the enhanced electroporation *Patent pending

  29. The Joy of Sharing *Patent pending

  30. Achievements Deeper Research fund Low Budget understanding for students’ project with of Synthetic projects!!! great results!!! Biology!!! *Patent pending

  31. *Patent pending

  32. What’s next? *Patent pending

  33. *Patent pending

  34. *Patent pending

  35. IT IS THE REAL DRILL!! *Patent pending

  36. iGEM Berlin

  37. *Patent pending

  38. *Patent pending

  39. Marvellous doesn’t always come from complexity

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