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Protocol for TotalScript™ RNA-Seq Kit

Protocol for TotalScript™ RNA-Seq Kit

Protocol for TotalScript™ RNA-Seq Kit

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TotalScript <strong>RNA</strong>-<strong>Seq</strong> <strong>Kit</strong><br />

Important! If using the Mixed Primer option, dilute the Random Hexamer Primer 1:3 with<br />

nuclease free water.<br />

Note: It is recommended to use the Control <strong>RNA</strong> as a positive control <strong>for</strong> library prep. Refer to<br />

Appendix B <strong>for</strong> Control <strong>RNA</strong> protocol.<br />

1. Heat denature the <strong>RNA</strong> and anneal the desired cDNA primers. Combine:<br />

x µl Total <strong>RNA</strong> (1 ng - 5 ng)<br />

2.5 µl TotalScript Optimized Buffer<br />

x µl cDNA primer:<br />

1 µl of Oligo (dT) Primer OR<br />

1 µl of Random Hexamer Primer OR<br />

2 µl of Mixed Primer (1 µl of Oligo (dT) Primer and 1 µl of 1:3 diluted<br />

Random Hexamer Primer<br />

x µl Nuclease-free water<br />

18 µl total volume<br />

2. Place the samples in a thermocycler with heated lid. Heat <strong>for</strong> 2 minutes at 65°C,<br />

then hold at 4°C.<br />

3.B. 1st Strand cDNA synthesis<br />

Addition of Actinomycin D to the 1st strand cDNA synthesis reaction is optional. Adding<br />

Actinomycin D can improve the strandedness of the TotalScript library by ≈2%.<br />

1. To each 18 µl reaction from Part 3.A add on ice:<br />

2.5 µl DTT<br />

0.5 µl dNTPs<br />

1 µl RiboGuard RNase Inhibitor<br />

1 µl Actinomycin D (250 ng/µl) or Water<br />

1 µl EpiScript Reverse Transcriptase<br />

24 µl total reaction volume<br />

2. In a thermocycler with heated lid, incubate the samples <strong>for</strong>:<br />

5 minutes at 25°C<br />

25 minutes at 42°C<br />

15 minutes at 70°C<br />

Hold at 4°C<br />

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