Difference between revisions of "Part:BBa K3504006"
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==Usage== | ==Usage== | ||
Genetically encoded miRNA sensors (which sense a solitary miRNA binding) and cell classifiers (which sense different miRNA inputs at the same time) can give data about infection state, activate reactions in cells explicitly communicating either a healthy or diseased miRNA profile. Through analyzing and studying multiple synthetic miRNAs and testing them, we found that miRNA FF6 shows high potency in translational silencing and significant cross-talk in the tumor micro-environment, accordingly we modified our OFF-switch to contain miRNA FF6 target site between the triplex and degradation motifs in our circuit in the 5’ UTR OFF position. Once miRNA FF6 binds to its target site on the mRNA in the 5’ UTR OFF position, this triggers a series of post-transciption modifications that regulate the gene expression and transcription of the used SFV replicon. | Genetically encoded miRNA sensors (which sense a solitary miRNA binding) and cell classifiers (which sense different miRNA inputs at the same time) can give data about infection state, activate reactions in cells explicitly communicating either a healthy or diseased miRNA profile. Through analyzing and studying multiple synthetic miRNAs and testing them, we found that miRNA FF6 shows high potency in translational silencing and significant cross-talk in the tumor micro-environment, accordingly we modified our OFF-switch to contain miRNA FF6 target site between the triplex and degradation motifs in our circuit in the 5’ UTR OFF position. Once miRNA FF6 binds to its target site on the mRNA in the 5’ UTR OFF position, this triggers a series of post-transciption modifications that regulate the gene expression and transcription of the used SFV replicon. | ||
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Revision as of 07:12, 23 October 2020
MiRNA FF6
Part Description
MiRNA FF6 is a micro RNA that has the ability to repress transcription. MiRNA FF6 is one of microRNAs that were constructed according to the pPRIME approach with stem-loops of functional sequence cloned into miR-30 backbone and fused into 3’-UTR of CMV-driven neomycin resistance gene. Their names are identical to their parent siRNAmolecules, i.e., FF3, FF4, FF5 and FF6
Usage
Genetically encoded miRNA sensors (which sense a solitary miRNA binding) and cell classifiers (which sense different miRNA inputs at the same time) can give data about infection state, activate reactions in cells explicitly communicating either a healthy or diseased miRNA profile. Through analyzing and studying multiple synthetic miRNAs and testing them, we found that miRNA FF6 shows high potency in translational silencing and significant cross-talk in the tumor micro-environment, accordingly we modified our OFF-switch to contain miRNA FF6 target site between the triplex and degradation motifs in our circuit in the 5’ UTR OFF position. Once miRNA FF6 binds to its target site on the mRNA in the 5’ UTR OFF position, this triggers a series of post-transciption modifications that regulate the gene expression and transcription of the used SFV replicon.
Sequence and Features
- 10COMPATIBLE WITH RFC[10]
- 12COMPATIBLE WITH RFC[12]
- 21COMPATIBLE WITH RFC[21]
- 23COMPATIBLE WITH RFC[23]
- 25COMPATIBLE WITH RFC[25]
- 1000COMPATIBLE WITH RFC[1000]