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Flexitube control sirna

Manufactured by Qiagen
Sourced in Germany, Canada

The FlexiTube Control siRNA is a laboratory tool designed for use in RNA interference (RNAi) experiments. It serves as a control sample to help assess the effectiveness and specificity of small interfering RNA (siRNA) molecules in silencing target gene expression. The product provides a standardized, non-targeting siRNA sequence that can be used as a reference to differentiate specific gene knockdown effects from non-specific or off-target effects.

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2 protocols using flexitube control sirna

1

Knockdown of YBX1 and STAT3 in Cells

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Cells were reverse-transfected in 6-well plates with 10 nM siYB-1 or 50 nM siSTAT3 with RNAiMAX (Invitrogen) reagent according to the manufacturer's protocol. Double-stranded RNA purchased from Qiagen targeting YBX1 (siYB-1#1: Hs_YBX1_1 FlexiTube siRNA SI03019191; siYB-1#2: Hs_YBX1_3 FlexiTube siRNA SI04172007), STAT3 siSTAT3#1 (Dharmacon Research, Inc.), siSTAT3#2 (Qiagen, Hilden, Germany), or non-silencing control (FlexiTube Control siRNA SI03650325) were used. Cells were assessed after 72 h of siRNA transfection.
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2

Mitochondrial Protein Manipulation Protocol

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Mitochondrion-targeted DsRed2 (mtRFP) was previously described (Lee et al., 2012 ). Validated siRNAs (mtHsp40; Mm_Dnaja3_3 FlexiTube siRNA, mtHsp70; Hs_HSPA9_5 FlexiTube siRNA, Drp1; Hs_DNM1L_5 FlexiTube siRNA, and Scramble; FlexiTube Control siRNA) were purchased from Qiagen (Toronto, Canada). HA-Drp1 and Mff-Flag were kind gifts from Hidenori Otera (Kyushu University, Fukuoka, Japan). mtHsp70-Flag mutants were prepared from wild type purchased from OriGene (Rockville, MD). To generate mtHsp70-Flag mutants, PCR was performed using the following primer sequences: full length 1–679 (forward [FW]: 5′-BamHI ATG ATA AGT GCC AGC CGA GCT-3′; reverse [RV]: 5′-HindIII TTA GAG GTC TTC TTC TGA GAT GAG CTT CTG CTC CTG TTT TTC CTC CTT TTG AT-C TTC C-3′), ΔMTS 57-679 (FW: 5′-BamHI ATG ATA AGT GCC AGC CGA GCT-3′; RV: 5′-HindIII TTA GAG GTC TTC TTC TGA GAT GAG CTT CTG CTC CTG TTT TTC CTC CTT TTG ATC TTC C-3′), ΔATPase (FW1: 5′-BamHI ATG ATA AGT GCC AGC CGA GCT-3′; RV1: 5′- XbaI CAT AAC TGC CAC GCA GGA-3′; FW2: 5′-XbaI AGC TGC CAT TCA GGG AGG T-3′; RV2: 5′-HindIII TTA GAG GTC TTC TTC TGA GAT GAG CTT CTG CTC CTG TTT TTC CTC CTT TTG ATC TTC C-3′), and ΔCT 1–434 (FW: 5′-BamHI ATG ATA AGT GCC AGC CGA GCT-3′; RV: HindIII TTA GAG GTC TTC TTC TGA GAT GAG CTT CTG CTC ATC CGT GAC ATC GCC GGC CAA-3′).
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