Team:Hong Kong HKUST/Modelling Stability Analysis

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2016 HKUST Troika

                                         

Home	About	Project	Modelling	Further Studies	Human Practices	Achievements	Lab	Collaborations	Interlab
	Team Attributions	Description phlFp tetp lacp Characterisation Results Prototype Result Parts Improvement	Model Stability Analysis Prediction Model	Potential Improvement	Human Practices Product Design Education Difficulties faced by iGEM teams Intellectual Property Rights Insights from Tristable Switch	Parts Medal Requirements	Protocols and Logbook Safety	Collaboration NUS IIT Madras Rice University

Stability Analysis

In our tri-stable system, stability plays an indispensable role in determining the robustness of the system. What we learnt from the bi-stable switch is the variation in biological parts, e.g. promoters and ribosome binding sites (RBS), would cause the system unstable. Therefore, we performed stability analysis to assess the conditions and constraints that the system gives three stable states.

THE ANALYSIS

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