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Kit Contents

Product

M2837-00

M2837-01

Purifications  (50 µL blood)

1 x 96

4 x 96

Mag-Bind® Particles CNR

530 µL

2.2 mL

RBL Buffer

7 mL

30 mL

Proteinase K Solution

600 µL

2.4 mL

RXT Wash Buffer

22 mL

88  mL

RNA Wash Buffer II

25 mL

100 mL

DEPC Water

10 mL

40 mL

Mag-Bind® DNase I

110 µL

440 µL

DNase l Digestion Buffer

6 mL

24 mL

User Manual

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Product

M2839-00

M2839-01

Purifications (200 µL blood)

1 x 96

4 x 96

Mag-Bind® Particles CNR

2.1 mL

8.4 mL

RBL Buffer

28 mL

120 mL

Proteinase K Solution

2.4 mL

9 mL

RXT Wash Buffer

55 mL

220  mL

RNA Wash Buffer II

50 mL

2 x 70 mL

DEPC Water

15 mL

60 mL

Mag-Bind® DNase I

225 µL

900 µL

DNase l Digestion Buffer

12 mL

48 mL

User Manual

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Storage and Stability

All Mag-Bind® Blood RNA 96 Kit components are guaranteed for at least 12 months from 
the date of purchase when stored as recommended. Proteinase K Solution can be stored 
at room temperature for 6 months. For long-term storage (>6 months), store at 2-8°C. 
Mag-Bind® Particle CNR must be stored at 2-8°C. Mag-Bind® DNase I must be stored 
at -20°C. Store all other components at room temperature (22-25°C). Check buffers for 
precipitates before use. Redissolve any precipitates by warming to 37˚C.

Summary of Contents for Mag-Bind M2837-00

Page 1: ...Mag Bind Blood RNA 96 Kit 50 L Blood M2837 00 1 x 96 preps M2837 01 4 x 96 preps 200 L Blood M2839 00 1 x 96 preps M2839 01 4 x 96 preps May 2016...

Page 2: ...nts Storage and Stability 5 Preparing Reagents 6 50 L Mag Bind Blood RNA 96 Protocol M2837 7 200 L Mag Bind Blood RNA 96 Protocol M2839 12 Troubleshooting Guide 17 Ordering 18 Manual Revision May 2016...

Page 3: ...omplex is separated from lysates using a magnet Proteins and cellular debris are efficiently washed away by a washing step Next DNA is removed with a Mag Bind DNase I treatment RNA is rebound and clea...

Page 4: ...gloves to minimize RNase contamination Use only clean RNase free disposable plastic pipette tips and plastic ware for the supplied reagents Equilibrate samples and reagents to room temperature before...

Page 5: ...r Under these conditions RNA is stable for more than a year Integrity of RNA It is highly recommended that RNA quality be determined prior to beginning all downstream applications The quality of RNA c...

Page 6: ...on 2 4 mL 9 mL RXT Wash Buffer 55 mL 220 mL RNA Wash Buffer II 50 mL 2 x 70 mL DEPC Water 15 mL 60 mL Mag Bind DNase I 225 L 900 L DNase l Digestion Buffer 12 mL 48 mL User Manual P P Storage and Stab...

Page 7: ...37 00 100 mL M2837 01 400 mL Kit 100 Ethanol to be Added M2839 00 200 mL M2839 01 280 mL per bottle 2 Dilute RXT Wash Buffer with 100 ethanol as follows and store at room temperature Kit 100 Ethanol t...

Page 8: ...A Wash Buffer II and RXT Wash Buffer according to the Preparing Reagents section on Page 6 1 Add 65 L RBL Buffer and 65 L isopropanol to each well of a 500 L 96 well microplate 2 Add 50 L blood sample...

Page 9: ...10 Aspirate and discard the cleared supernatant Do not disturb the Mag Bind Particles CNR 11 Remove the plate containing the Mag Bind Particles CNR from the magnetic separation device 12 Repeat Steps...

Page 10: ...ing error Important Notes Mag Bind DNase I is very sensitive and prone to physical denaturation Do not vortex the Mag Bind DNase I mixture Mix gently by shaking the plate Freshly prepare Mag Bind DNas...

Page 11: ...etic separation device to magnetize the Mag Bind Particles CNR Let sit at room temperature until the Mag Bind Particles CNR are completely cleared from solution 27 Aspirate and discard the cleared sup...

Page 12: ...ination of the following steps can be used to help increase RNA yield Heat the DEPC Water to 70 C before adding to the beads Increase the incubation time to 5 minutes Increase the elution volume Repea...

Page 13: ...Cat EZ9604 01 Multichannel pipette Nuclease free pipette tips 100 ethanol Isopropanol Sealing film Before Starting Prepare RNA Wash Buffer II and RXT Wash Buffer according to the Preparing Reagents s...

Page 14: ...e to magnetize the Mag Bind Particles CNR Let sit at room temperature until the Mag Bind Particles CNR are completely cleared from solution 10 Aspirate and discard the cleared supernatant Do not distu...

Page 15: ...8 L 22 L 1100 L 96 10 35 mL 211 L 10 56 mL Volumes are calculated 10 extra to offset pipetting error Important Notes Mag Bind DNase I is very sensitive and prone to physical denaturation Do not vortex...

Page 16: ...5 Add 450 L RNA Wash Buffer II to each well Pipet up and down 20 times or shake for 2 minutes to mix thoroughly 26 Place the plate on a magnetic separation device to magnetize the Mag Bind Particles C...

Page 17: ...taining purified RNA into a new RNase free microplate 33 Store eluted RNA at 70 C Note Any combination of the following steps can be used to help increase RNA yield Heat the DEPC Water to 70 C before...

Page 18: ...sample is clear of blood clots before adding magnetic beads Problem Cause Solution No RNA eluted RNA Wash Buffer II was not diluted with 100 ethanol Prepare RNA Wash Buffer II by adding ethanol accor...

Page 19: ...MSD 02 96 well Square well Plate 2 2 mL 5 pk EZ9602 01 96 well Round well Plate 1 2 mL 10 pk SSI 1780 00 96 well Microplate 500 L EZ9604 01 DEPC Water 30 mL PR032 RNA Wash Buffer II 20 mL PDR046 HiBin...

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