Difference between revisions of "Team:NJU-China/Collaborations"
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<p>In order to design short hairpin RNA (shRNA) conform to demands in our experiments, we cooperated with SYSU-Software from Sun Yat-sen University to develop a corresponding software. We provided algorithms and design requirements, and SYSU-Software wrote this delicate software for us. With its help, we successfully designed K-ras siRNA, whose sequence and predicted structure are shown below. We validated that this shRNA was able to down-regulate the expression level of K-ras in A549 effectively. We thank our collaborator for receiving us with attention and for such strong contribution to our work</p> | <p>In order to design short hairpin RNA (shRNA) conform to demands in our experiments, we cooperated with SYSU-Software from Sun Yat-sen University to develop a corresponding software. We provided algorithms and design requirements, and SYSU-Software wrote this delicate software for us. With its help, we successfully designed K-ras siRNA, whose sequence and predicted structure are shown below. We validated that this shRNA was able to down-regulate the expression level of K-ras in A549 effectively. We thank our collaborator for receiving us with attention and for such strong contribution to our work</p> | ||
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Revision as of 05:31, 15 October 2016
In order to design short hairpin RNA (shRNA) conform to demands in our experiments, we cooperated with SYSU-Software from Sun Yat-sen University to develop a corresponding software. We provided algorithms and design requirements, and SYSU-Software wrote this delicate software for us. With its help, we successfully designed K-ras siRNA, whose sequence and predicted structure are shown below. We validated that this shRNA was able to down-regulate the expression level of K-ras in A549 effectively. We thank our collaborator for receiving us with attention and for such strong contribution to our work
