Difference between revisions of "Team:SKLBC-China/Parts"
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| − | <p>In order to experience synthetic biology, and further promote the impact of iGEM to our schools and Southern China, this summer, we took the experiment to design a new standard BioBrick Part and characterization of an existing part under the instruction of staff from SKLBC. | + | <p>In order to experience synthetic biology, and further promote the impact of iGEM to our schools and Southern China, this summer, we took the experiment to design a new standard BioBrick Part and characterization of an existing part under the instruction of staff from SKLBC.<br>During the process, we realized that dry-lab and wet-lab could work close together, to bridge the information gap between science and citizens with educational events.</p> |
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Revision as of 03:43, 18 September 2015
BBa_K179301
In order to experience synthetic biology, and further promote the impact of iGEM to our schools and Southern China, this summer, we took the experiment to design a new standard BioBrick Part and characterization of an existing part under the instruction of staff from SKLBC.
During the process, we realized that dry-lab and wet-lab could work close together, to bridge the information gap between science and citizens with educational events.
miR-397
miR-397 is a miRNA in rice. Rice is the most important grain with regard to human nutrition, especially in Aisa, providing more than one fifth of the calories consumed worldwide by humans. miR-397 can increase grain yield by downregulating its target, OsLAC, whose product is a laccase-like protein that we found to be involved in the sensitivity of plants to brassinosteroids. miR397 is a plant miRNA and have not target in human. It is safe and may be useful for synthic biology to increase grain yield not only in rice but also in other cereal crops.
Sequences and Features
length:114bp
Assembly Compatibility
10 12 21 23 1000
View Plasmid
Get Part Sequence
Part Collection
State Key Laboratory of Bio-Control
