Batch/Flow Chamber System for Harvard/Instech Oxygen Monitoring System
Each chamber system consists of an anodized aluminum chamber block with connections for circulating water to keep the electrode and sample at a constant temperature. The chamber can be set up for oxygen measurement in a fixed 600 µl sample by inserting the Kel-F batch cell cup into the chamber block. The batch cell chamber has separate ports for filling, overflow, and additions made with a micropipette or syringe. A magnetic stirring assembly couples with a 2 x 7 mm stir bar in the cup to keep fresh solution moving past the electrode tip. Alternatively, the chamber can be set up for in-line oxygen measurement by inserting the appropriate flow cell into the chamber block. Separate high and low flow cells cover a range of flow rates. Search for Product in current catalog
Each chamber system consists of an anodized aluminum chamber block with connections for circulating water to keep the electrode and sample at a constant temperature. The chamber can be set up for oxygen measurement in a fixed 600 µl sample by inserting the Kel-F batch cell cup into the chamber block. The batch cell chamber has separate ports for filling, overflow, and additions made with a micropipette or syringe. A magnetic stirring assembly couples with a 2 x 7 mm stir bar in the cup to keep fresh solution moving past the electrode tip. Alternatively, the chamber can be set up for in-line oxygen measurement by inserting the appropriate flow cell into the chamber block. Separate high and low flow cells cover a range of flow rates.
Interleukin-12-mediated induction of systemic immunity in the perihpery and recruitment of activated T cells into the brain produce limited antitumor effects compared with interleukin-2
