Scientifica SliceMate Manual Download Page 5

 

 

5

The SliceMate should ideally be sited on a stable vibration isolated table. The base 
plate accommodates mounting on either 25mm or inch hole spaced table 
surfaces. 
 
For safety during transit, the SliceMate is shipped as one assembly. In order to 
mount the SliceMate first unscrew the two black Acetyl knobs and lift the 
SliceMate from its base plate. 
 
 

 

The base plate can now be sited as required and screwed down using the 4 
button headed screws which can be found in the accessory kit. These are either ¼ 
x 20 x ¾” screws if using an inch table or, M6 x 20mm if metric. 

 
Now locate the SliceMate onto the base plate and screw down the Acetyl knobs 
to secure the assembly.  
 

 

Setting up the fluid delivery. 

 
The system can be used with either a gravity fed or pumped system. The system is 
designed to operate over a flow rate range of 1 to 10 ml/ minute. The fluid should 
be delivered to the SliceMate using tygon (or similar) tubing with an internal 
diameter of 1.6mm (1/16”). If the fluid is to be pumped Scientifica recommend the 
use of a fluid break in order to minimize pulsation effects.   

 
Minimizing bubbles 

 
It is suggested that the solutions to be used should be pre-heated. This is generally 
done by placing gassing flasks of the solution in a water bath set at approximately 
5ºC higher than the desired SliceMate bath temperature. The solution is then 
transferred to the perfusion vessels prior to starting the experiment.  
 
The theory is that although the solution is being gassed it should outgas at the pre-
heated temperature and as it never gets hotter than the pre-heated temperature 

Summary of Contents for SliceMate

Page 1: ...1 SliceMate Manual...

Page 2: ...e housing integrates the tissue bath heat exchanger Peltier device and fluidic control valve within a dedicated Acetyl enclosure The compact and precision design ensures system variables are minimised...

Page 3: ...he Stainless Steel ground plane of the SliceMate The heat exchanger spiral is held in position by a stainless steel spring clip this ensures the heat exchanger has ideal contact with the Peltier devic...

Page 4: ...a low resistance earth bond via the connector shells Reference Electrode Ground The reference electrode ground is located in between the primary well and the suction port in the brain bath The head st...

Page 5: ...livery The system can be used with either a gravity fed or pumped system The system is designed to operate over a flow rate range of 1 to 10 ml minute The fluid should be delivered to the SliceMate us...

Page 6: ...the vacuum The bath solution height is maintained and adjusted using the vacuum wicking method The SliceMate bath has a pair of oval suction vents which are connected to the outlet port at the rear of...

Page 7: ...done so that when the flow is turned back on there will be a minimal risk of a hot surge of fluid entering the bath and the desired temperature is quickly regained The system initialises on power up...

Page 8: ...low and allow the target temperature to stabilise Continue with the experiment End Experiment Turn the thermal control off by selecting the station number on the console handset and pressing stop Note...

Page 9: ...ith exception of the brain bath module AgCI Electrode Assembly Heat Exchanger Tube Pinch Valve Tube Feed through barbed connectors Brain bath mesh Replacing the Brain Bath Mesh Firstly carefully ease...

Page 10: ...oved from the SliceMate base Unscrew the two black Acetyl knobs in an anticlockwise direction and lift the SliceMate clear from the table Replacing the heat exchanger tubing 1 Firstly obtain a piece o...

Page 11: ...led free 6 Now install the new tubing take the angled cut end have this extending from the edge of the spiral by 6 5 to 7 5mm to allow attaching the silicon valve tubing later on Being careful not to...

Page 12: ...es lifting the brain slice during operation Remove the tubing from the inlet port to the heat exchanger by first pulling it out of the pinch valve and then pulling away from the heat exchanger and fin...

Page 13: ...ng 5 Now avoiding kinking the heat exchanger tubing form a comfortable transition from the heat exchanger into the valve jaw 6 Using a spatula or similar tool press the silicon tubing into the valve j...

Page 14: ...venient replacement with minimal tooling The silver chloride pellet is sleeved within silicon tubing this acts as both a seal between the pellet and brain bath and as a pull sleeve enabling easy insta...

Page 15: ...from the top side of the bath and then gently pulled from the underside until the surface of the pellet is level with the surface of the bath If the user prefers to make the assembly themselves the fo...

Page 16: ...or wire polythene tube assembly through a new piece of silicon tube of 35mm length 6 Solder the connector wire to AgCI Electrode ensure smooth streamline joint 7 Ensure polythene sleeve slides freely...

Page 17: ...Heat Exchanger Lid Retainer Screws Tube Cutter Silicon Tubes Steel Rule Measuring Tubing Length s Soldering Station Ref Electrode Off line Assembly Solder 5 core Ref Electrode Off line Assembly Plast...

Page 18: ...um cured silicone return heat exchanger to Outlet Port 1 8 ID platinum cured silicone Bath Earth Ag Cl pellet E201 33 0003 Harvard Bath Earth tube seal Silicone tubing 125 OD 125 ID Thermistor ALA Bea...

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