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Bio-Rad SingleShot™ Cell Lysis RT-qPCR Kits User Manual

Page 8

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© 2014 Bio-Rad Laboratories, Inc.

10042474

SingleShot

SYBR

®

Green Kit

Table 6. Preparation of SingleShot cell lysis master mix for optimizing input cell number.

Reagent

Reagent per 4-log Tenfold Dilution Series

in a 96-Well Plate, µl

SingleShot Cell Lysis Buffer

235

Proteinase K Solution

5

DNase Solution

5

SingleShot RNA Control Template

5

Total volume

250

* Scale all components proportionally according to sample number and reaction volumes.

Table 7. Preparation of qPCR reaction mix for RNA control assay.*

Component

Volume per 10 µl

Reaction, µl

Volume per 20 µl

Reactions, µl

Final

Concentration

SsoAdvanced

Universal SYBR

®

Green Supermix (2x)

5

10

1x

SingleShot

SYBR

®

Green

qPCR Control Assay

0.5

1

1x

cDNA (add at step 8)

1–2

2–4

Nuclease-Free Water

Variable

Variable

Total reaction mix volume

10

20

4. Perform the reverse transcription reactions following the previously

mentioned protocol.

5. Prepare the qPCR reaction following recommendations in Table 7. Do not add

template until step 8. Maintain the same input lysate, cDNA, and qPCR volumes
for all reactions in this experiment.

If desired, gene expression targets of interest can be amplified in parallel with

the RNA control assay

Optimizing Input Cell Number and Input Lysate Amount

For best results, the SingleShot RNA control can be used to determine optimal input
cell number and optimal input lysate volume.

The SingleShot RNA control includes a synthetic RNA template that has no homology
to any known sequence and a qPCR assay specific for this RNA template.

The template RNA is shipped lyophilized. Upon resuspension, store at –80°C.

Using the SingleShot RNA Control Assay to Determine Optimal Input Cell Number

To determine optimal input cell number, adherent cells must be trypsinized for

accurate cell counting

1. Resuspend the RNA control template in 200 µl of nuclease-free TE buffer pH 7.5.
2. Prepare a tenfold serial dilution of 100,000–10 cells in PBS.
3. Prepare the SingleShot cell lysis master mix according to the directions in Table 6.