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 />
Cat. No. TS<strong>RNA</strong>1296 – 6 Reactions<br />
(Contains 1 box of Cat. No. TSCD1296 and 1 box of Cat. No. TSLP1296)<br />
Cat. No. TS<strong>RNA</strong>12924 – 24 Reactions<br />
(Contains 1 box of Cat. No. TSCD12924 and 1 box of Cat. No. TSLP12924)<br />
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TotalScript <strong>RNA</strong>-<strong>Seq</strong> <strong>Kit</strong><br />
1. <strong>Kit</strong> Contents<br />
TotalScript cDNA <strong>Kit</strong> (Cat. Nos. TSCD1296 / TSCD12924)<br />
Component Name<br />
Volume<br />
6 Reactions 24 Reactions<br />
TotalScript 1st Strand Buffer 15 µl 60 μl<br />
TotalScript Optimized Buffer 15 µl 60 μl<br />
Random Hexamer Primer 6 µl 24 μl<br />
Oligo d(T) Primer 6 µl 24 µl<br />
DTT 21 µl 84 μl<br />
dNTPs 5 µl 12 μl<br />
RiboGuard RNase Inhibitor 6 µl 24 µl<br />
EpiScript Reverse Transcriptase 6 µl 24 µl<br />
TotalScript 2nd Strand Master Mix 150 µl 600 µl<br />
Nuclease-Free Water 1 ml 2 X 1.5 ml<br />
Storage: Store this kit box and its contents at –20°C.<br />
Optional Reagent <strong>for</strong> TotalScript cDNA Synthesis:<br />
Actinomycin D 250 ng/µl (≈0.2 mM) in DMSO; Actinomycin D can improve the<br />
strandedness of the TotalScript library by ≈2% (Biovision, cat. no. 1036-50).<br />
Cap Color<br />
Clear<br />
TotalScript Library Prep <strong>Kit</strong> (Cat. Nos. TSLP1296 / TSLP12924)<br />
Component Name<br />
Volume<br />
6 Rxn 24 Rxn<br />
TotalScript Tagment Buffer 60 µl 240 µl<br />
TotalScript Enzyme 6 µl 24 μl<br />
Gap-Fill Buffer 24 µl 96 μl<br />
Gap-Fill Enzyme 6 µl 24 μl<br />
TotalScript PCR Primer Cocktail 6 µl 24 μl<br />
TotalScript Read 1 <strong>Seq</strong>uencing Primer 30 µl 100 µl<br />
TotalScript Read 2 <strong>Seq</strong>uencing Primer 30 µl 100 µl<br />
TotalScript Index Read <strong>Seq</strong>uencing<br />
Primer<br />
30 µl 100 µl<br />
Index 1 6 µl 24 µl<br />
TotalScript Control <strong>RNA</strong> 10 µl 10 µl<br />
TotalScript Stop Solution 300 µl 1.2 ml<br />
Storage: Store this kit box and its contents at –20°C.<br />
Cap Color<br />
Green<br />
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TotalScript <strong>RNA</strong>-<strong>Seq</strong> <strong>Kit</strong><br />
Required Reagents <strong>for</strong> TotalScript Library Prep <strong>Kit</strong>:<br />
Agencourt AMPure XP <strong>Kit</strong> (Beckman Coulter, cat. no. A63881)<br />
2X Phusion® High Fidelity PCR Master Mix with HF Buffer (NEB, Cat. No. M0531) or<br />
2X Phusion® High Fidelity PCR Master Mix with GC Buffer (NEB, Cat. No. M0532)<br />
10 mM Tris-HCl, pH 8<br />
Optional Reagent:<br />
TotalScript Index <strong>Kit</strong>, Cat No. TSIDX12910, 11 indexes<br />
(Refer to Appendix C <strong>for</strong> Index <strong>Seq</strong>uences)<br />
2. Be<strong>for</strong>e starting<br />
DNA-Free <strong>RNA</strong><br />
Treat the <strong>RNA</strong> sample with DNase I to remove all traces of DNA. Then, remove the DNase I<br />
prior to the TotalScript cDNA synthesis procedure.<br />
<strong>RNA</strong> Quality<br />
For best results, use intact, non-fragmented <strong>RNA</strong> samples with RIN >7 as assayed using a<br />
Bioanalyzer.<br />
Amount of <strong>RNA</strong><br />
TotalScript is optimized <strong>for</strong> 1-5 ng of total <strong>RNA</strong> input, without any prior ribosomal<br />
<strong>RNA</strong> removal or poly(A) enrichment. It is crucial to carefully quantify total <strong>RNA</strong> prior to<br />
beginning. For optimal results, do not exceed the maximum amount of <strong>RNA</strong> (5 ng).<br />
cDNA Primer and Buffer Combination<br />
The choice of 1st strand cDNA primer and 1st strand cDNA Buffer to use in the 1st strand<br />
cDNA synthesis procedure (step 3) and the attributes of the resulting TotalScript library<br />
are dependent on the <strong>RNA</strong> sample.<br />
a) When using Total <strong>RNA</strong> sample:<br />
Follow the procedure in Part 3.A. For best results use the TotalScript Optimized Buffer.<br />
Then, use these guidelines <strong>for</strong> the choice of cDNA primer that best meets your needs.<br />
• Oligo (dT) Primer yields 3′-bias libraries with
TotalScript <strong>RNA</strong>-<strong>Seq</strong> <strong>Kit</strong><br />
3. TotalScript cDNA Synthesis Procedure<br />
Steps 3.A – 3.C use the components of the TotalScript cDNA <strong>Kit</strong>.<br />
Component Name<br />
Oligo(dT) Primer<br />
Random Primers<br />
RNase-Free Water<br />
1st Strand Buffer or Optimized Buffer<br />
DTT<br />
dNTPs<br />
RiboGuard RNase Inhibitor<br />
EpiScript Reverse Transcriptase<br />
Cap Color<br />
Clear<br />
3.A. Total <strong>RNA</strong> Samples<br />
For best results use the TotalScript Optimized Buffer <strong>for</strong> total <strong>RNA</strong> samples. Use the<br />
following guidelines <strong>for</strong> the choice of cDNA primer that best meets your needs.<br />
• Oligo (dT) Primer yields 3′-bias libraries with
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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TotalScript <strong>RNA</strong>-<strong>Seq</strong> <strong>Kit</strong><br />
3.C. Second Strand Synthesis<br />
Briefly centrifuge each tube from Part 3.B prior to use.<br />
1. To each 24 µl reaction, add the following and mix on ice:<br />
1 µl DTT<br />
25 µl 2nd Strand Master Mix<br />
50 µl total reaction volume<br />
2. Incubate the reactions <strong>for</strong> 1 hour at 16°C.<br />
3. Heat inactivate the reactions <strong>for</strong> 15 minutes at 80°C.<br />
4. Hold at 4°C.<br />
Proceed to TotalScript Library Preparation Procedure (Step 4) or freeze the samples<br />
at –20°C.<br />
4. TotalScript Library Prep <strong>Kit</strong> Procedure<br />
Steps 4.A – 4.F use components of the TotalScript Library Prep <strong>Kit</strong><br />
Component Name<br />
TotalScript Tagment Buffer<br />
TotalScript Enzyme<br />
Gap-Fill Buffer<br />
Gap-Fill Enzyme<br />
TotalScript PCR Primer Cocktail<br />
TotalScript Read 1 <strong>Seq</strong>uencing Primer<br />
TotalScript Read 2 <strong>Seq</strong>uencing Primer<br />
TotalScript Index Read <strong>Seq</strong>uencing Primer<br />
Index 1<br />
TotalScript Control <strong>RNA</strong><br />
TotalScript Stop Solution<br />
Cap Color<br />
Green<br />
Required Reagents:<br />
Agencourt XP <strong>Kit</strong> (Beckman Coulter, cat. no. A63881)<br />
2X Phusion® High Fidelity PCR Master Mix with HF Buffer (NEB, cat. no. M0531) or<br />
2X Phusion® High Fidelity PCR Master Mix with GC Buffer (NEB, cat. no. M0532)<br />
Note: For best results, we recommend non-stick microcentrifuge tubes.<br />
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TotalScript <strong>RNA</strong>-<strong>Seq</strong> <strong>Kit</strong><br />
4.A. Tagmentation procedure<br />
1. Briefly centrifuge each tube from 3.C. Then, pipette 39 µl of each reaction into a<br />
separate microcentrifuge tube.<br />
To each reaction (39 µl), add on ice:<br />
10 µl TotalScript Tagment Buffer<br />
1 µl TotalScript Enzyme<br />
50 µl total reaction volume<br />
2. In a thermocycler with heated lid incubate the samples <strong>for</strong>:<br />
5 minutes at 55°C.<br />
Hold at 4°C.<br />
Add 5 μl of TotalScript Stop Solution to each sample. Incubate the samples at room<br />
temperature <strong>for</strong> 5 minutes. The total reaction volume is now 55 µl.<br />
4.B. Purify the reactions using AMPure XP magnetic beads.<br />
1. Prepare at least 500 µl of fresh 80% ethanol solution <strong>for</strong> each sample.<br />
2. Add 65 μL AMPure beads to each reaction. Mix well and let stand at room<br />
temperature <strong>for</strong> 5 minutes.<br />
3. Place the samples on magnetic stand and capture beads <strong>for</strong> 5 minutes, then remove<br />
unbound material.<br />
4. While still on magnet, wash beads twice with 250 μl of 80% Ethanol.<br />
5. Remove any remaining ethanol and allow the beads to dry <strong>for</strong> 5 minutes.<br />
6. Remove the tubes from the magnetic stand and resuspend the beads in 15 μl of<br />
Elution Buffer (10 mM Tris-HCl; pH 8).<br />
7. Place the tubes on the magnetic stand and capture the beads with magnet <strong>for</strong><br />
5 minutes. The tagmented cDNA is now in the Elution Buffer phase.<br />
8. Transfer 14 μl of the eluted, Tagmented DNA to fresh microcentrifuge tubes at room<br />
temperature.<br />
4.C. Oligo Replacement<br />
<strong>Kit</strong> components required in Part 4.C<br />
Component Name<br />
Gap-Fill Buffer<br />
Index 1<br />
Gap-Fill Enzyme<br />
Cap Color<br />
Green<br />
1. Briefly centrifuge each tube prior to use. Then, combine at room temperature:<br />
14 µl purified Tagmented DNA from Step 4.B<br />
4 µl Gap-Fill Buffer<br />
1 µl Index 1*<br />
19 µl total volume<br />
* or use an index from the TotalScript Index <strong>Kit</strong>, Cat. No. TSIDX12910<br />
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TotalScript <strong>RNA</strong>-<strong>Seq</strong> <strong>Kit</strong><br />
2. Incubate each sample <strong>for</strong> 1 minute at 45°C<br />
3. Incubate each sample <strong>for</strong> 30 minutes at 37°C<br />
4. Add 1 μl of Gap-Fill Enzyme.<br />
5. Incubate each sample <strong>for</strong> 30 minutes at 37°C. Then hold at 4°C.<br />
4.D. Purify the reactions using AMPure XP magnetic beads.<br />
1. Prepare at least 500 µl of fresh 80% ethanol solution <strong>for</strong> each sample<br />
2. Add 25 μl AMPure beads to each reaction. Mix well and let stand at room<br />
temperature <strong>for</strong> 5 minutes.<br />
3. Place the tubes on magnetic stand and capture beads <strong>for</strong> 5 minutes, then remove<br />
the unbound material.<br />
4. While still on the magnetic stand, wash the beads twice with 250 μl 80% ethanol.<br />
5. Remove any remaining ethanol and allow the beads to dry <strong>for</strong> 5 minutes.<br />
6. Remove the tubes from the magnetic stand and resuspend the beads in 25 μl of<br />
Elution Buffer.<br />
7. Place the tubes on the magnetic stand and capture the beads <strong>for</strong> 5 minutes. The<br />
tagmented cDNA is now in the Elution Buffer phase.<br />
8. Transfer 24 μl of the eluted, gap-filled DNA to fresh PCR tubes and cool on ice.<br />
4.E. PCR amplification<br />
Additionally required (provided by the user)<br />
2X Phusion® High Fidelity PCR Master Mix with HF Buffer (NEB, cat. no. M0531) or<br />
2X Phusion® High Fidelity PCR Master Mix with GC Buffer (NEB, cat. no. M0532)<br />
1. Briefly centrifuge each tube, then combine on ice:<br />
12 µl Gap-Filled cDNA from Step 4.D*<br />
0.5 µl TotalScript PCR Primer Cocktail<br />
12.5 µl 2X Phusion High-Fidelity PCR Master Mix (HF Buffer or GC Buffer)<br />
25 µl total volume<br />
*Store the remaining Gap-Filled cDNA at –20°C.<br />
2. PCR cycle conditions: The number of PCR cycles is dependent on the input <strong>RNA</strong> and<br />
the cDNA primer used in 1st-strand cDNA synthesis (Part 3.A):<br />
Input Random Primer Mix dT<br />
1 ng 12 14 16<br />
5 ng 10 12 14<br />
Heat at 95°C <strong>for</strong> 2 minutes.<br />
Then per<strong>for</strong>m the appropriate number of cycles of:<br />
94°C <strong>for</strong> 10 seconds<br />
60°C <strong>for</strong> 30 seconds<br />
72°C <strong>for</strong> 1 minute<br />
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TotalScript <strong>RNA</strong>-<strong>Seq</strong> <strong>Kit</strong><br />
4.F. Purify the reactions using AMPure XP magnetic beads.<br />
1. Prepare 500 µl of fresh 80% ethanol solution <strong>for</strong> each sample<br />
2. Add 23 μl AMPure beads (0.9X) to each reaction. Mix well and let stand at room<br />
temperature <strong>for</strong> 5 minutes.<br />
Note: To increase library fragment/insert size, 0.7X AMPure beads ratio can be used<br />
instead of 0.9X.<br />
3. Place the tubes on magnetic stand and capture beads <strong>for</strong> 5 minutes, then remove<br />
the unbound material.<br />
4. While still on magnet, wash beads twice with 250 μl of 80% ethanol.<br />
5. Remove any remaining ethanol and allow the beads to dry <strong>for</strong> 5 minutes.<br />
6. Remove the tubes from the magnetic stand and resuspend the beads in 25 μl of<br />
Elution Buffer.<br />
7. Place the tubes on the magnetic stand and capture the beads with magnet <strong>for</strong><br />
5 minutes. The tagmented cDNA is now in the Elution Buffer phase.<br />
8. Transfer 25 μl of the PCR amplified cDNA to fresh PCR tubes and cool on ice.<br />
5. Library analysis and quantification.<br />
The TotalScript <strong>RNA</strong>-<strong>Seq</strong> library can be analyzed using the 2100 Bioanalyzer (Agilent). Use<br />
1 μl of each sample with a 2100 Bioanalyzer High Sensitivity DNA Chip.<br />
The yield of the TotalScript <strong>RNA</strong>-<strong>Seq</strong> library can be determined by standard laboratory<br />
methods.<br />
6. <strong>Seq</strong>uencing TotalScript <strong>RNA</strong>-<strong>Seq</strong> libraries<br />
If sequencing TotalScript libraries with Hi<strong>Seq</strong>, HiScanSQ, or GAIIx, the Tru<strong>Seq</strong> Dual Index<br />
<strong>Seq</strong>uencing Primer Box must be used:<br />
• Tru<strong>Seq</strong> Dual Index <strong>Seq</strong>uencing Primer <strong>Kit</strong>, Single Read, Cat. No. FC-121-1003, OR<br />
• Tru<strong>Seq</strong> Dual Index <strong>Seq</strong>uencing Primer <strong>Kit</strong>, Paired End, Cat. No. PE-121-1003<br />
Tru<strong>Seq</strong> Dual Index <strong>Seq</strong>uencing primers will be used in place of HP6, HP7, and HP8<br />
primer mixes. Alternatively, if Tru<strong>Seq</strong> Dual Index <strong>Seq</strong>uencing Primer Box is not accessible,<br />
sequencing primers provided in the TotalScript kit can be used.<br />
TotalScript Read 1, Read 2, and Index <strong>Seq</strong>uencing Primers are provided as 200X (100 um).<br />
Dilute TotalScript Read 1 <strong>Seq</strong>uencing Primer into HP6.<br />
Dilute TotalScript Read 2 <strong>Seq</strong>uencing Primer into HP7.<br />
Dilute TotalScript Index Read <strong>Seq</strong>uencing Primer into HP8.<br />
TotalScript libraries are compatible with the Mi<strong>Seq</strong> system, and do not require the<br />
included sequencing primers or the Tru<strong>Seq</strong> Dual Index <strong>Seq</strong>uencing Primer Boxes <strong>for</strong><br />
sequencing on a Mi<strong>Seq</strong>.<br />
Note: The sequence generated by the Read 1 sequencing primer corresponds to the reverse<br />
complement (antisense) sequence of the original <strong>RNA</strong> molecule.<br />
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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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TotalScript <strong>RNA</strong>-<strong>Seq</strong> <strong>Kit</strong><br />
Appendix C. TotalScript Index Primer <strong>Seq</strong>uences<br />
Index 1 5′-TAAGGCGA-3′<br />
Index 2 CGTACTAG<br />
Index 3 AGGCAGAA<br />
Index 4 TCCTGAGC<br />
Index 5 GGACTCCT<br />
Index 6 TAGGCATG<br />
Index 7 CTCTCTAC<br />
Index 8 CAGAGAGG<br />
Index 9 GCTACGCT<br />
Index 10 CGAGGCTG<br />
Index 11 AAGAGGCA<br />
Index 12 GTAGAGGA<br />
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product from Illumina, Inc., its affiliates, or its authorized resellers and distributors conveys to the buyer the non-transferable right to use<br />
the purchased amount of the product and components of the product by the buyer (whether the buyer is an academic or <strong>for</strong> profit entity).<br />
The purchase of this product does not convey a license under any claims in the <strong>for</strong>egoing patents or patent applications direct to producing<br />
the product. The buyer cannot sell or otherwise transfer this product or its components to a third party or otherwise use the product <strong>for</strong> the<br />
following COMMERICAL PURPOSES: (I) use of the product or its components in manufacturing; or (2) use of the product or its components <strong>for</strong><br />
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