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AIM:To construct the CABYR RNAi plasmid and study its relation with the nuclear factor(NF)-κB signal transduction pathway.METHODS:Human CABYR mRNA sequence was obtained from GenBank.The structure of cDNA sequence for the short hairpin RNA was BbsⅠ+sense+loop+ antisense+transcription terminator+KpnⅠ+Bam HⅠ.A CABYR silencing plasmid was constructed and transfected into the human embryo cell line 293T.Quantitative real-time polymerase chain reaction was used to analyze CABYR and NF-κB gene expression.RESULTS:The CABYR and NF-κB expressions were detected in 293T cells.The oligonucleotide(5’-GCT-CAGATGTTAGGTAAAG-3’)efficiently silenced the expression of CABYR.The expression of NF-κB was not significantly affected by silencing CABYR(P=0.743).CONCLUSION:CABYR can be found in the human embryo cell line 293T.Cabyrmid 2 can efficiently silence its target,CABYR,indicating that CABYR is not related with the NF-κB signal transduction pathway.
AIM: To construct the CABYR RNAi plasmid and study its relation with the nuclear factor (NF) -κB signal transduction pathway. METHODS: Human CABYR mRNA sequence was obtained from GenBank. The structure of cDNA sequence for the short hairpin RNA was BbsⅠ + sense + loop + antisense + transcription terminator + KpnI + Bam HI.A CABYR silencing plasmid was constructed and transfected into the human embryo cell line 293T.Quantitative real-time polymerase chain reaction was used to analyze CABYR and NF-KB gene expression .RESULTS: The CABYR and NF-κB expressions were detected in 293T cells. The oligonucleotide (5’-GCT-CAGATGTTAGGTAAAG-3 ’) efficiently silenced the expression of CABYR.The expression of NF-κB was not significantly affected by silencing CABYR (P = 0.743) .CONCLUSION: CABYR can be found in the human embryo cell line 293T.Cabyrmid 2 can efficiently silence its target, CABYR, indicating that CABYR is not related with the NF-κB signal transduction pathway.