The Amino Allyl II MessageAmp™ aRNA Amplification Kit includes reagents for aRNA amplification with amimo allyl NTP incorporation. The kit includes sufficient reagents for 20 reactions. Cy™ dyes are not included.
Improved first- and second-strａnd cDNA synthesis
Included in the kit is ArrayScript™ RT, a rationally engineered M-MLV reverse transcriptase, which produces equivalent or higher yields of full-length cDNA compared to other enzymes. The second-strａnd cDNA synthesis reaction has also been optimized to be compatible with the first-strａnd cDNA products generated with ArrayScript™ RT to allow maximal conversion of first-strａnd cDNA into full-length double-stranded cDNA templates.
Increased labeling efficiency of your aRNA
The Amino Allyl MessageAmp™ II aRNA Amplification Kit incorporates amino allyl NTP into the aRNA followed by the coupling of its reactive amino group to an NHS ester label (e.g., Cy™ or another dye). This strategy offers several advantages over the direct incorporation of labeled NTPs. Direct incorporation of labeled NTPs is inefficient and results in low yields and low specific activity aRNA and high costs. Unlike lableled NTPs, amino allyl–modified NTPs are incorporated almost as efficiently as unmodified NTPs and are much less expensive than the dye coupled NTPs.
Improved first- and second-strａnd cDNA synthesis
Included in the kit is ArrayScript™ RT, a rationally engineered M-MLV reverse transcriptase, which produces equivalent or higher yields of full-length cDNA compared to other enzymes. The second-strａnd cDNA synthesis reaction has also been optimized to be compatible with the first-strａnd cDNA products generated with ArrayScript™ RT to allow maximal conversion of first-strａnd cDNA into full-length double-stranded cDNA templates.
Increased labeling efficiency of your aRNA
The Amino Allyl MessageAmp™ II aRNA Amplification Kit incorporates amino allyl NTP into the aRNA followed by the coupling of its reactive amino group to an NHS ester label (e.g., Cy™ or another dye). This strategy offers several advantages over the direct incorporation of labeled NTPs. Direct incorporation of labeled NTPs is inefficient and results in low yields and low specific activity aRNA and high costs. Unlike lableled NTPs, amino allyl–modified NTPs are incorporated almost as efficiently as unmodified NTPs and are much less expensive than the dye coupled NTPs.
For Research Use Only. Not for use in diagnostic procedures.
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