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Compare TransIT®-mRNA Transfection Kit to TransMessenger™ Reagent:

  • More Efficient
  • Less Toxic
  • Easier to Use
Superior Transfection Performance and Cell Viability
Approximately 80% confluent cells were transfected with a capped and polyadenylated firefly luciferase mRNA using either the TransIT®-mRNA Kit or TransMessenger™ Reagent (Qiagen). Approximately 18 hours post-transfection, cell confluency was determined, cells were harvested and then assayed for luciferase activity. Both TransMessenger sample luciferase activity (gray bars) and cell confluency (black) were scaled relative to the TransIT-mRNA transfected samples (red bars) and presented as a percentage of the TransIT-mRNA samples (set at 100%). In each experiment, the cells transfected with the TransIT-mRNA Transfection Kit were approximately 100% confluent at the time of harvest.
 
Simple Protocol Saves Time
 
  TransIT®-mRNA Kit TransMessenger™
Serum Compatibility COMPATIBLE Incompatible
Cell Wash Prior to Transfection No Yes
Media Change After Complex Addition No Yes
Cell Viability High Low
 
Prove It To Yourself
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  • Check out these publications citing TransIT®-mRNA use:

    Gonzalez et. al, (2007) Selection of an Optimal RNA Transfection Reagent and Comparison to Electroporation for the Delivery of Viral RNA. J. Virological Methods. 145:14-21 (Direct comparison to DMRIE-C, TransMessenger™, and electroporation)

    Meis and Meis, (2007) The New mScript™ mRNA Production System - Efficient mRNA Transcription, Capping and Tailing for High Yields of Active Protein. EPICENTRE Forum. 14(1):4-5 (Efficient mRNA delivery into HeLa, NIH3T3 and BDCM cell lines)

    Duan and Jefcoate. (2007) The Predominant cAMP-stimulated 3.5 kb StAR mRNA Contains Specific Sequence Elements in the Extended 3'UTR that Confer High Basal Instability. J. of Mol. Endocrin. 38:159-179 (mRNA transfection followed by mRNA stability measurements)