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. Return Top of Page Get Additional Information on Product How to Order
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 Return Top of Page Get Additional Information on Product How to Order