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| View Close Up |
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| Features and benefits: |
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Higher Fidelity Amplification |
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When compared to unamplified RNA by qRT-PCR analysis, SenseAMP sRNA has a higher correlation (r2 = 0.93) than aRNA produced by conventional Eberwine amplification (r2 = 0.86). |
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Amplification of Degraded and Prokaryotic RNA |
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SenseAMP has the unique ability to amplify degraded and prokaryotic RNA , including RNA extracted from paraffin-embedded samples. |
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Full-Length Amplification |
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SenseAMP produces nearly full-length transcripts, avoiding the 3 ’ bias of other amplification methods. |
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Sense-Strand Orientation |
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SenseAMP produces RNA in the original “sense” orientation which can be labeled using the conventional methods used with unamplified samples. |
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Faster, Easier Protocol |
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Because SenseAMP kits do not employ second-strand synthesis, they have a faster and easier protocol than conventional amplification kits. |
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| View Application Note: Use of Formalin Fixed, Paraffin-Embedded RNA Samples in Amplification and Labeling Methods for Gene Expression Analysis. |
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| PLUS more…. |
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| SenseAMP Plus has the same features and benefits as SenseAMP, and includes the PLUS Module for poly(A) tailing, making the senseRNA compatible with any protocol that uses dT priming. |
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| Features and benefits: |
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Compatibility with dT Priming Protocols |
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SenseAMP Plus produces polyadenylated RNA in the original “sense” orientation as dT-primed labeling protocols. |
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Amplification of Any RNA |
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SenseAMP Plus has the unique ability to amplify LMW RNA samples including microRNA, piRNA, snRNA, hnRNA, etc. |
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