AutoMate Scientific - Ready For Research
Perfusion Systems Perfusion Systems
Pressurized Superfusion Pressurized Superfusion
Temperature Control Temperature Control
SmartSquirt® Microperfusion
Perfusion Chambers Perfusion Chambers
Rodent Fixation Systems
Brain Slice and Tissue Chambers Brain Slice & Tissue Chambers
Customize a Perfusion System
Complete Electrophysiology Rig
Amplifiers and Stimulators Amplifiers & Stimulators
MDC/Axon Instruments Heka Data Acquisition
Heka Data Acquisition Heka Data Acquisition
Siskiyou Mechanicals Siskiyou Mechanicals
Sutter Manipulators Sutter Manipulators
Micropipette Fabrication Micropipette Fabrication
TMC Air Tables TMC Air Tables
MED64 Multi-Electrode Array Multi-electrode Array
Automated Pipette Patch Clamping Automated Patch Clamping
Port-a-Patch® Planar Patch Clamping
Vesicle Prep Pro Bilayer Apparatus
Filter Wheels Optical Instruments
Functionalized Bio-surfaces Functionalized Bio-surface
Main Products Page
Download a Catalog

BSC2 Interface Buy NowDownload BrochureDownload Manual

Brain Silce Chamber

Brain Slice Chamber: Interface

• "Interface" method of slice maintenance
•  Dual feed channels for perfusion solution
•  Use entire surface for multiple slices or templates
•  Single and dual well templates, other designs available upon request
•  Single well template has provision for temperature probe and ground wire
•  Proportional temperature controller (PTC03) with low noise performance used for heating
   *Available separately.

This slice recording chamber is designed to maintain isolated, living tissues in vitro in "interface" mode and allow stable electrophysiological recordings to be made from the preparation. The temperature is controlled by a proportional control heating unit, the PTC03. Please order this item separately.

The chamber lower section is similar to the BSC-1 for temperature control and oxygenation. Pre-oxygenated medium enters the main body of the chamber through two separate lines. These are fine bore PTFE tubes which spiral in the heated distilled water in the lower part of the chamber and enter the upper part of the chamber. Here any bubbles in the line break and allow perfusion fluid to flow smoothly towards the slices. Acrylic templates allow the option for use of a single well or two separate wells. (Other designs can be supplied upon request). The templates are positioned on the chamber acrlylic base and silicone grease used to make the seal on the bottom (see diagram below). Typical dead space volume for the single well is approx. 200 ul and each of the wells in the dual version is approx. 100ul. The length of PTFE tubing carrying the perfusion solution to the wells has a volume of approx. 400ul. The flow rate of the perfusion fluid is adjusted at the exit well by means of lens tissue which is used to wick solution out of the exit port.

By adjusting the "over hang" the flow rate is effectively adjusted and determines the characteristics of the meniscus of fluid around the slice preparation. As with all interface preparations, the high oxygen tension is maintained by bubbling a 95% oxygen, 5% carbon dioxide gas mixture through a ceramic bubbler located in the lower heated part of the chamber. This moistened and warmed gas mixture enters the upper part of the chamber via "port holes" and is then deflected by an acrylic cover across to the centrally located slice preparation. The temperature in the upper chamber is maintained by ensuring that the medium and moistened gas mixture enter at the required temperature. This is dependent on the temperature of the lower chamber body which is warmed by a heating element controlled by the Proportional Temperature Controller, PTC03. An optional monitor sensor allows the upper chamber temperature to be checked when required.

Brain Slice Chamber System Components

Brain Slice Chamber - Diagram
View  Larger Image

View From Top

Brain Slice Chamber - Diagram
View  Larger Image

Buy NowDownload BrochureDownload Manual

Top Home Credits Privacy Terms Copyright

©2006-2016 AutoMate Scientific, Inc.