BIOTECHNOLOGY AND CELL CULTURE PRODUCTS
The Ultra M Micro Bioreactor System
Multiparameter Monitoring System for Organ Perfusion &
Bioreactors
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The Ultra M Micro Bioreactor System
You can now convert your standard 6 well cultura plates or T-flasks into a
continuos flow bioreactor system
CONSIDER THESE ADVANTAGES:
*FITS DIRECTLY ON TOP OF STANDARD 6 WELL CULTURE PLATE. Just place directly
on top of plate and tighten clamps.
*SELECT UP TO 6 REAGENTS. User can select up to 6 separate reagents to flow
to culture place wells.
*OPTIMIZE GROWTH OF EPITHELIAL MONOLAYERS. Optimize epithelial cellular
function, morphology, and differentiation.
*INCREASE SPEED OF MONOLAYER GROWTH TO CONFLUENCY. Speeds up process as much
as 100 to 200%.
*COLLECT CELL SECRETIONS. Cell secretions can be collected for further
analysis.
*MIMIC IN VIVO CELL ENVIRONMENT. Continuous supply of nutrients and oxygen
and removal of waste products simulates ideal in vivo environment more
closely
than regular culture places.
*SIMULATE LARGE SCALE BIOREACTORS. Culture plate system with nutrient
perfusion can be used to modes fermentation, hollow fiber, and other large
scale bioreactors.
*USE FOR TISSUE CULTURE WORK. System can also be used for Tissue Culture
studies.
*DIRECTLY COMPATIBLE WITH MEMBRANE CULTURE PLACE INSERTS. Micro perfusion
system can flow different media on each side of membrane, providing varied
environment to basolateral and apical surface of epithelial cells.
*VARY FLOW RATES. Low pressure pump can be adjusted to give flow rates from
0.1
to 10 ml/min.
*ALL BIOCOMPATIBLE COMPONENTS. Only bio-compatible components such as
fluoropolymer,
polycarbonate, silicone and polystyrene are used.
ORDERING INFORMATION
COMPLETE MICRO PERFUSION SYSTEMS
MODEL MPS-201 MICROPERFUSION SYSTEM. Including perfusion cell top and
associated plumbing for standard 6 well culture plate, 10 pack of 6 well
culture plates, vacuum pump module, variable speed low pressure pump, media
bottles with gas dispersion tube for introducing O2/CO2 gas mixtures, and
waste bottle. Introductory price (35% off individual components)
Same as above, for T-flasks, order model PS-201T
MODEL MPS-202 MICROPERFUSION SYSTEM. Same as above but comes with two
independent low pressure pumps for 2 media bottles for use with culture plate
membrane inserts to provide separate perfusion on top and bottom sides of
membrane.
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Multiparameter monitoring System for Organ Perfusion and bioreactor
Systems
How to track the vital signs of your organ perfusion study or hollow fiber
bioreactor system
*You can now 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.
CONSIDER THESE ADVANTAGES:
*IDEAL FOR ORGAN PERFUSION STUDIES. The Ultra-P micro flow through electrodes
for pH, pO2, pCO2, and temperature 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, PCO2, AND TEMPERATURE. The pO2, and temperature
flow-through modules plug 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 Interface 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.
MODEL T-176FT FLOW THROUGH TEMPERATURE PROBE
Temperature Range: 0 to 100 oC
Internal Volume: less than 50 microliters
Connector Cable: Available in dual banana plug for interface with strip chart
recorder or U.S. Standard, BNC, or Radiometer* for interface with pH meter.
30 inch cable length. Specify connector when ordering.
Response Time: Less than 10 seconds for 20 oC 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-1 Complete 4 parameter monitoring system including pH, pO2, pCO2,
and temperature flow-through modules. Instrument console, flow cell tray,
digital display monitor and output connector for direct connection to strip
chart recorder. pH and pCO2 each require a separate pH/millivolt meter to use
with strip chart recorder. pO2 and temperature probes plug directly into strip
chart recorder.
Model PFS-2 perfusion monitoring system. Same as above, but includes 2 digital
pH/millivolt meters for use with pH and pCO2 flow-through module. A complete
4 parameter system for direct interface with a strip chart recorder.
COMPUTER INTERFACE SYSTEMS-interface your multiparameter monitoring system
with your PC
Model PC-201 computer interface for IBM or compatible computer. Includes A to
D converter (analog to digital), interconnect cable and software package.
Connects directly to Model PFS-2 perfusion monitoring system.
Model PC-301 computer with interface. Includes computer with 640K RAM, floppy
disk, keyboard, monochrome monitor, A to D converter, interconnect cable, and
software package. Connects directly to Model PFS-2 perfusion monitoring
system. Computer system can also be used to monitor other laboratory
parameters such as temperature, pressure, and pH.
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 T-176 micro flow through temperature 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
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