GALENVS PR0050-12 Plant RNA Extraction Kit

How To Use
- Add up to 50mg of ground fresh plant leaves to the lysis bead tube provided.

- Add 600µl of Lysis Buffer and 60µl PPB. Mix for 3 mins using TissueLyser at max speed or vortex for 10 mins; then centrifuge at 20,000g for 2 mins.

- Avoid pellet, transfer up to 300–400µl of supernatant to clean the centrifuge tube. Add 1000µl of Binding Buffer #1, vortex for 10–20s, and wait 5 mins.

- Place the tube on a magnetic rack to capture. Wait 1 min then discard the supernatant.

- Add 600µl of Wash Buffer #1 to the tube and vortex for 10–20s. Wait 1 min then place the tube on a magnetic rack to capture. Wait 1 min then discard the supernatant.

- Add 600µl of Wash Buffer #2 to the tube and vortex for 10–20s. Place the tube on a magnetic rack to capture. Wait 1 min then discard the supernatant.

- Add 100µl of Elution Buffer to the tube and mix briefly. Wait 1 min. Place the tube on a magnetic rack to capture.

- Wait 1 min then transfer the supernatant to the clean microfuge tube.

- Add 2.5 ml of DNase Reaction Buffer to the DNase pellet. Mix by gently inverting the tube.

- Add 50µl of DNase buffer to 50µl of RNA sample in a microfuge tube.

- Gently shake the mix for the 20s, and incubate at room temperature for 25 mins.

- Mix 40µl of Binding Beads with 400µl Binding Buffer #2.

- Add 400µl of Binding Bead and Binding Buffer #2 mixture to the microfuge tube and vortex for 10s. Incubate the mixture for 5 mins at room temperature.

- Place tube on a magnetic rack for 2 mins. Discard supernatant.

- Resuspend beads in 600µl Wash Buffer #3. Vortex for 10–20s. Place the tube on the magnetic rack, wait for 1 min, and discard the supernatant.

- Repeat the washing step with Wash Buffer #3.

- Dry beads on a magnetic rack for 2 mins after the third wash. Remove any wash buffer left at the bottom of the tube at the end of the drying step.

- Add 50µl of the Elution Buffer to the tube and mix briefly.

- Place the tube on the magnetic rack, wait for 1 min then transfer the supernatant to the clean tube.







































