background image

12

Operation

Clearing Mode

For more detailed information regarding sample preparation, please refer to the Full Active
Pipeline Protocol. This will show the basic information on running the system to delipidate
samples.

1. Insert SHIELD fixed samples in the

Mesh Bags

, taking note of which sample is in which

bag. When inserting mouse brains into the bags put the cerebellum facing down to avoid
damaging olfactory bulbs.

2. Place the

Sample Ring

on the

Ring Stand

.

3. Hang the

Mesh Bags

on the

Sample Ring

and secure them with the

Lock Ring.

4. Place

Ring Stand

in

Incubation Jar

and incubate samples in Delipidation Buffer overnight

at RT.

5.

Wash the device

and turn off the

Auxiliary Power.

6. Drain out any liquid from the device and ensure the

Drainage Valve

is closed. Soak up

any remaining liquid from the

Chamber

using a paper towel.

7. Pour a whole bottle of Sma Conduction Buffer into the

Chamber

.

8. Remove the

Clearing Cup

from its storage container, and wash carefully with a gentle

stream of water.

9. Place the

Clearing Cup

into a beaker of distilled water for several minutes to finish

washing the cup.

10. Remove the

Clearing Cup

from the liquid and dump out any water. Carefully use a

kimwipe to soak up any remaining water inside the cup.

11. Fill the cup with 32mL of Delipidation Buffer.
12.
13. Place the

Sample Ring

on top of the

Clearing Cup

with the samples inside. Add more

Delipidation Buffer if the samples are not fully submerged.

14. Insert the cup in the

Chamber

, lining up the pegs on the bottom with those in the

Chamber Hex Piece.

The cup will fit in snugly.

15. Turn on the

Auxiliary Power.

16. Close the

Chamber Lid

and secure it with the thumbscrew.

17. Close the

Case Lid

.

18. Press

“Preset”

until it indicates

Clearing Mode.

Change any settings or apply the timer if

desired. The preset settings are the recommended settings for mouse brains.

19. Turn on the

Electrophoresis Power

.

20. Wait for your samples to clear.
21. Once fully delipidated, turn off

Electrophoresis Power

and

Auxiliary Power

.

22. Open the

Case Lid

and

Chamber Lid

and remove the

Clearing Cup

from the

Chamber.

www.lifecanvastech.com

[email protected]

Summary of Contents for SmartBatch+

Page 1: ...SmartBatch User s Manual v1 11...

Page 2: ...er Interface 9 Graphing History 11 Operation 12 Clearing Mode 12 Labeling Mode 13 Switching Between Modes 14 Device Washing 14 Temperature Calibration 14 Replacing Electrodes 15 Replacing Fuse 15 Trou...

Page 3: ...are loaded into the Sample Chamber where an electric field is formed between the Electrodes to drive charged molecules into the samples For each operation unique buffers are poured into the Sample Cha...

Page 4: ...Power cord D 1 x Batch Staining Cup E 2 x Incubation Jar F 1 x Extended Drain Tube G 2 x Ring Stand H 2 x Sample Ring and 2 x Lock Ring I 2 x Extra Fuses J 2 x Mesh Bag Set K 2 x 12 bags for mouse br...

Page 5: ...Ambient Conditions Operating Temperature Range 18 26 C Relative Humidity 80 Max Storage Temperature 18 26 C Storage Humidity 80 Max Altitude 2 000 m Electrical Data Rated Voltage Range 10 100 240 VAC...

Page 6: ...ument to an electrical outlet according to local or country standard Do not switch on the instrument without having waited at least 10 seconds after switching it off Only use buffers sample cups and p...

Page 7: ...0cm on each side to allow for proper airflow Image 3 Plug the power cord into the power entry module on the back of the device and then plug it into the appropriate wall outlet 4 Flip the power switch...

Page 8: ...er towels from the chamber and dispose of them These are only here to soak up any remaining liquid during shipping 7 Pour 400 mL distilled water directly into the Chamber www lifecanvastech com info l...

Page 9: ...ce is indeed rotating The software will also deactivate so that power cannot be cycled too quickly for some components 9 If you wish to use the optional Extended Drain Tube simply press the hard plast...

Page 10: ...startup The bottom number shows the Set Temperature of the system The Set button will change the Set Temperature to the value that is currently displayed in the keypad If an invalid temperature setti...

Page 11: ...d and then press the Set button If an invalid Timer value is input a sound will play and the value will go to the maximum allowable value This is the Keypad The number at the top is the current value...

Page 12: ...s is the Faults Panel When the Case Lid is open the Cover Open indicator will light up When the lid is open the device will halt any Electrophoresis Power To turn this back on close the lid and press...

Page 13: ...carefully with a gentle stream of water 9 Place the Clearing Cup into a beaker of distilled water for several minutes to finish washing the cup 10 Remove the Clearing Cup from the liquid and dump out...

Page 14: ...lace the Batch Staining Cup into a beaker of distilled water to finish washing it 6 Remove the Batch Staining Cup from the liquid and dump out any water Carefully use a kimwipe to soak up any remainin...

Page 15: ...pump for several minutes 5 Turn off Auxiliary Power and drain the liquid 6 Repeat steps 3 5 at least 3 more times or until the liquid in the Chamber is no longer bubbly Temperature Calibration We rec...

Page 16: ...rode swap is safe 2 Drain out any liquid from the device 3 Pull the red or black wire out from the Electrode Assembly 4 Unscrew the 4 bolts that secure the Electrode Assembly to the Chamber 5 Wipe up...

Page 17: ...en Case Lid is opened for safety Close Case Lid and press Reset Faults button to turn electrophoresis back on Overheat Measured tank temperature is above 50 C Auxiliary Power and Electrophoresis Power...

Page 18: ...0 C voltage higher than 90V current higher than 1500mA Any damages due to fire earthquake rainstorm or other catastrophic events as well as damages arising from pollution or abnormal electrical supply...

Reviews: