IGEM:Hong Kong HKUST/Investigations: Difference between revisions
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*[[IGEM:Hong Kong HKUST/Investigations/Effect of Dephosphorylation on Reduction of Background Ligation | Effect of Dephosphorylation on Reduction of Background Ligation]] | *[[IGEM:Hong Kong HKUST/Investigations/Effect of Dephosphorylation on Reduction of Background Ligation | Effect of Dephosphorylation on Reduction of Background Ligation]] | ||
*[[IGEM:Hong Kong HKUST/Investigations/Identifying candidate colonies in molecular level/Entry Base |Identifying candidate colonies in molecular level ]] | *[[IGEM:Hong Kong HKUST/Investigations/Identifying candidate colonies in molecular level/Entry Base |Identifying candidate colonies in molecular level ]] | ||
*[[IGEM:Hong Kong HKUST/Investigations/Effects of ATP concentration to the Ligation Efficiency | *[[IGEM:Hong Kong HKUST/Investigations/Effects of ATP concentration to the Ligation Efficiency |Effects of ATP concentration to the Ligation Efficiency ]] | ||
*[[IGEM:Hong Kong HKUST/Investigations/ Plasmid Cloning by Restriction Enzyme Digestion /Entry Base | Plasmid Cloning by Restriction Enzyme Digestion ]] | *[[IGEM:Hong Kong HKUST/Investigations/ Plasmid Cloning by Restriction Enzyme Digestion /Entry Base | Plasmid Cloning by Restriction Enzyme Digestion ]] | ||
Revision as of 01:52, 8 June 2015
List of Investigations:
(Sorted by alphabetic order)
2014
- Comparison Between WN Buffer & 70% Ethanol in Viogene Miniprep Kit
- Comparison of Different Growth Media for Plasmid Production
- Effect of Agarose Concentrations on Separation of Linear DNA in Gel Electrophoresis
- Effect of ATP Concentrations on Ligation Efficiency
- Performance of NotI-HF in 5, 15 and 30 minutes
- Recovery Time and Transformation Efficiency
- Restriction Enzyme Activities at 37°C vs. 20°C
- Robustness of Colony PCR Compared to Regular PCR
2015
- Investigation on the Functionality of RNA Thermometers
- Investigation on the Light-Sensitive amilCP Generator
- Effect of overloading cells on growth rate
- Effect of Dephosphorylation on Reduction of Background Ligation
- Identifying candidate colonies in molecular level
- Effects of ATP concentration to the Ligation Efficiency
- Plasmid Cloning by Restriction Enzyme Digestion
