Multiparameter monitoring System for Organ Perfusion and bioreactor Systems
Track the vital signs of your organ perfusion study or hollow fiber bioreactor system.
Optimize your perfusion or bioreactor by
monitoring these vital parameters online
Ideal for liver, kidney, lung,
heart, and other perfused organ tissues
Indispensable for monitoring
hollow fiber and other continuous flow bioreactors.
ADVANTAGES:
IDEAL FOR ORGAN PERFUSION STUDIES. The Ultra-P micro flow
through electrodes
for pH, pO2, and pCO2 are ideally suited
for perfusion studies
in liver, kidney, heart, lung, and other perfused
organ systems.
USED IN CELL PERFUSION STUDIES. The Micro flow through
electrodes can also be
used in cell perfusion studies of various animal
and plant cells.
ALL BIOCOMPATIBLE COMPONENTS. All electrode components
are made of glass,
fluoropolymer, acrylic, and epoxy and are
completely compatible with perfusate media.
LOW VOLUME FLOW THROUGH
SYSTEMS. All flow through electrodes have low internal
volumes and are
designed for flow rates between 1 and 150 ml per minute.
USE WITH SILASTIC
OR OTHER FLEXIBLE TUBING. Electrodes come with hose barb end
fitting.
Just slip the silastic or other tubing over the hose barb fitting
for a
leak free connection.
OPTICALLY CLEAR FLOW CELLS. Optically clear flow
cells make for simple visual
bubble detection and bubble
elimination.
CONTINUOUSLY RECORD PH, PO2, AND PCO2. The pO2
flow-through module plugs directly into any standard strip
chart recorder for
continuous recording. The pH and pCO2 flow-through
modules can be interfaced
to a strip chart recorder using a Lazar
pH/millivolt meter or any standard
laboratory pH/millivolt meter.
RAPID
RESPONSE. Response time for all the flow through electrodes is less than
30 seconds for a 50% increase in the parameter being
monitored.
SPECIFICATIONS
MODEL FTPH-2 FLOW THROUGH PH ELECTRODE pH range: pH 1 to 13 Temperature Range: 0 to 80 oC
Internal
Volume: less than 50 microliters Connector Cable: Available in U.S.
Standard, BNC, Radiometer, * or other
common pH meter connectors. Standard
30 inch cable length. Specify connector
type when ordering.
Response Time:
Less than 10 seconds per pH unit. Fluid Flow Fittings: Miniature hose barb
connectors compatible with standard
size silastic or other types of
flexible tubing.
MODEL DO-166FT FLOW THROUGH PO2 ELECTRODE pO2 range: 0 to
760 Hg. Temperature Range: 0 to 50 oC Internal Volume: Less than 200
microliters Connector Cable: Available in dual banana plug for Interface
with strip chart
recorder or U.S. Standard, BNC, or Radiometer* plug for
Interrace with pH
meter. 30 inch cable length. Specify connector type when
ordering. Response Time: Less than 12 seconds for 90% of reading Fluid Flow
Fittings: Miniature hose barb connectors compatible with standard
silastic
or other types of flexible tubing.
MODEL GS-136COFT FLOW THROUGH PCO2 ELECTRODE pCO2 range: 0 to 500 mm Hg. Temperature Range: 0 to 50
oC Internal Volume: Less than 200 microliters Connector Cable: Available in
U.S. Standard, BNC, or Radiometer* or other
common pH meter connectors. 30
inch cable length. Specify connector type when
ordering. Response Time:
Less than 20 seconds for 100 mm Hg change. Fluid Flow Fittings: Miniature
hose barb connectors compatible with standard
silastic or other types of
flexible tubing.
ORDERING INFORMATION
COMPLETE MULTIPARAMETER
MONITORING SYSTEMS
Model PFS-2
Complete 3 parameter monitoring system including pH, pO2,
and pCO2 flow-through modules consisting of mcro electrodes
and micro flow through cells with input and output ports;
separate analyzer with RS232 output for each of the three
parameters pH pO2, and pCO2; RS232 to USB converter which combines
the 3 signals from the analyzers and plugs into the USB port of PC;
and complete software program for monitoring, recording, and plotting
all three parameters on a PC.
SINGLE PARAMETER FLOW THROUGH MODULES
Model FTPH-2
- micro flow through pH electrode module Model DO-166FT micro flow through
pO2 system Model GS-136COFT micro flow through pCO2 system Model ISM-146 NAFT - micro flow
through sodium system Model ISM-146CLFT - micro flow through chloride
system Model ISM-146KFT
- micro flow through potassium system
