Coding
Part:BBa_K660100:Experience
Designed by: Glasgow Uni 2011 Group: iGEM11_Glasgow (2011-09-16)
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Theoretical Modelling
By GlasgowUni 2011
During our project DISColi, regarding Bio-photolithography in biofilms, we created mathematical models involving Ranaspumin-2 and its rate of diffusion through a biofilm. We are presenting our findings in Figure 1 and Table 1. Also, due to the mode of action of Ranaspumin-2 the attainable spatial resolution seems to be less than 0.09 mm. For more information, please visit GlasgowUni 2011 Wiki
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Name of molecule | Length (a.a.) | Molecular weight (g/mol) | Diffusion rate (mm2/min) | Critical concentration (molecules) | Translation rate (molecule/min) | Achieving Critical Concentration (min) |
Ranaspumin-2 | 98 | 11287 | 1.68*10-4 | 374 | 105.3 | 3 |