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 />
7. Appendix<br />
Appendix A. Bioanalyzer Profile Of A TotalScript <strong>RNA</strong>-<strong>Seq</strong> Library<br />
A TotalScript <strong>RNA</strong>-<strong>Seq</strong> library was made from 5 ng of random primed Universal Human<br />
Reference <strong>RNA</strong> (UHR) using the TotalScript Optimized Buffer as described in Part 3.A of<br />
the procedure.<br />
Appendix B. It is recommended to use the Control <strong>RNA</strong> as a positive control <strong>for</strong> library<br />
prep to determine that all the steps of the protocol are followed as directed.<br />
1. Thaw the Control <strong>RNA</strong> and keep on ice. Remove 1 ul of the Control <strong>RNA</strong> and place<br />
in a fresh RNase-free tube, then add 99 ul of Nuclease-free water and mix well. Keep<br />
diluted Control <strong>RNA</strong> on ice.<br />
2. Set up the following reaction, as per step 3.A.1. of the TotalScript cDNA Synthesis<br />
procedure:<br />
2 μl 1:100 diluted Control <strong>RNA</strong><br />
2.5 μl TotalScript First-Strand Buffer<br />
1 μl Random Hexamer Primers<br />
12.5 μl Nuclease-free water<br />
18.0 μl Total<br />
3. Place the samples in a thermocycler with a heated lid. Heat <strong>for</strong> 2 minutes at 65°C,<br />
then hold at 4°C.<br />
4. Proceed to Part 3.B, 1st Strand cDNA synthesis.<br />
5. At Step 4.E. PCR Amplification:<br />
a. Amplify the sample <strong>for</strong> 12 cycles and purify the reaction as directed in Part 4.F. of<br />
the protocol.<br />
b. Run 1 ul on a bioanalyzer using a high sensitivity chip.<br />
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