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Degradation Degradation Aggregation Goals For The Summer Address Plastic Pollution With the Registry: Proof of Principle artwork by Chris Jordan Address Plastic Pollution With the Registry: Proof of Principle artwork by Chris Jordan


  1. Degradation

  2. Degradation Aggregation

  3. Goals For The Summer

  4. Address Plastic Pollution With the Registry: Proof of Principle artwork by Chris Jordan

  5. Address Plastic Pollution With the Registry: Proof of Principle artwork by Chris Jordan

  6. Create Novel Device to Mimic Oceanic Force

  7. Create Novel Device to Mimic Oceanic Force

  8. Pioneer Marine Chassis for the Registry

  9. Pioneer Marine Chassis for the Registry

  10. Question Access to the Registry with First Public Biobrick

  11. Question Access to the Registry with First Public Biobrick

  12. Conan the Bacterium: The Ancient Microscopic Hero.” Chaotic Utopia. 2006. 16 Feb 2007.

  13. Conan the Bacterium: The Ancient Microscopic Hero.” Chaotic Utopia. 2006. 16 Feb 2007.

  14. Growth Rates In Different Salt Concentrations Growth during exponential phase [h ] -1 LB + 0.3M NaCl LB + 0.6M NaCl LB

  15. Our BioBrick Grows Better Comparing Increase in Exponential Growth Rate Between Biobricks of UCL ‘12 and TU Delft ‘10 in Salt Supplemented Media Percentage Increase in Growth Rates Salt Concentration (M) Our biobrick showed improved growth rates for higher salt concentration than the TU Delft ‘10 biobrick

  16. from The Basics of Biology by Great Pacific Media

  17. from The Basics of Biology by Great Pacific Media

  18. Obtaining Nuclease Synthesise the Nuclease (from Streptococcus Aureus) and dsbA Sequence (Which Transports Nuclease to the Periplasm)

  19. Sequence Design Results in the Transport of Nuclease to Periplasm

  20. BioBrick Toxicity Growth Curve Assay OD (600nm) Time (Hours) BBa_K729019 W3110 (Control)

  21. DNAse Agar Assay

  22. Correlation Between Colony and Halo Diameter for Nuclease Expession of BBa_K729019 Halo Diameter (mm) Colony Diameter (mm)

  23. Halo Diameter (m) Against Mass of Colony (kg) Halo Diameter (m) Mass of Colony (kg)

  24. Use of NahR for Indirect Detection

  25. R O T A N I M R E T R H A N B0015 S B R E V I T U T K228004 I T S N O C R E T O M O B0034 R P J23119 P O OP OP O P R h a N Plastic Betts, K., “Why small plastic particles may pose a big problem in the oceans”, Env. Sci. & Tech. 42 (24), 2008

  26. Triggering Mechanism R h a N P O

  27. Triggering Mechanism R h a N P O

  28. Triggering Mechanism R h a N P O

  29. Curli Construct Design

  30. Congo Red Agar Assay

  31. Shear Device Principle Shear = N - rotational speed Shear Force r - radius - distance between the discs x - viscosity of fluid μ Radius from Centre

  32. Denny, M., “Wave forces on intertidal organisms: A case study’”, American Society of Limnology and Oceanography, Inc., 30(6), 1985, 1171-l 187

  33. Melbourne iGEM 2007

  34. Staying In The Zone Kukulka, T., G. Proskurowski, S. Morét-Ferguson, D. W. Meyer, and K. L. Law (2012), The effect of wind mixing on the vertical distribution of buoyant plastic debris, Geophys. Res. Lett., 39, L07601

  35. Staying In The Zone Kukulka, T., G. Proskurowski, S. Morét-Ferguson, D. W. Meyer, and K. L. Law (2012), The effect of wind mixing on the vertical distribution of buoyant plastic debris, Geophys. Res. Lett., 39, L07601

  36. Staying In The Zone Kukulka, T., G. Proskurowski, S. Morét-Ferguson, D. W. Meyer, and K. L. Law (2012), The effect of wind mixing on the vertical distribution of buoyant plastic debris, Geophys. Res. Lett., 39, L07601

  37. Improved Biobrick Shows a Ten-Fold Increase in Fluorescence Fluorescence Fluorescence Time (min) Time (min) GFP T7 RNAP GFP

  38. Our Improved Biobrick Shows a Three-Fold Better Expression of Fluorescence Over Previous Constructs Relative Fluorescence Time

  39. Measurement of Extracellular Lacasse Activity Using a Syringaldazine Assay OD (530nm) Time (min) Control Laccase Positive Activity of Laccase-Positive Cells is 20-Fold Higher Than Control Cells

  40. High Magnification Low Magnification (10 000x) (100x) Water SEM Results W3110 Lacasse

  41. Measurement of Extracelluar Lacasse Activity Using a Syringaldazine Assay Collaboration with Bielefeld (BBa_K863005) OD (530nm) BL21 + Lacasse W3110 + Lacasse W3110 (Untransformed) Time (mins)

  42. Human Practice

  43. Ethics and Legal UN Legal Feedback Online Discussions Feedback from British Science Association Crowdfunding Speed Debate Public BioBrick iGEM Day Open Day Meeting of Young Minds Family Engagement gemFM Modelling Workshop for LMU iGEM Living Architecture UK Meet-Up Characterisation Paris Collaboration Collaboration with Bielefeld Outreach CAS Conference iGEM community

  44. radio video

  45. Ethics and Legal UN Legal Feedback Online Discussions Feedback from British Science Association Crowdfunding Speed Debate Public BioBrick iGEM Day Open Day Meeting of Young Minds Family Engagement gemFM Modelling Workshop for LMU iGEM Living Architecture UK Meet-Up Characterisation Paris Collaboration Collaboration with Bielefeld Outreach CAS Conference iGEM community

  46. New Measurement Device

  47. 14 New BioBricks

  48. 14 New BioBricks + 1

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