- Industrial
- Automatic Paper Testing ( Autoline Profiler )
- Color Measurement Instruments
- Electro Analyzer
- Gas Analyzers
- Industrial Textile Treating Systems
- On-Line Chemical Analyzers
- Package Quality Testing Instruments
- Paper & Board Process Optimization Instruments
- Paper Testing Instruments
- Petroleum Testing Instruments
- Pulp Testing Instruments
- Sieve Shakers / Sieves
- Laboratory
- Amino Acid Analyzers
- Autoclaves
- Balances
- Baths and Circulators
- Bio Reactors / Fermentors
- Blenders
- Block Heaters
- Calibration Equipment
- Calorimeters
- Centrifuges
- Chromatography
- Conductivity Meters
- Deep Freezers / Freezers
- Electrical Test Equipment
- Electronic Test Instruments
- Electrophoresis and Accessories
- Flowmeters
- Fraction Collectors
- Furnaces
- Glassware Washers
- Heating Mantles
- Homogenizers
- Hot Plates
- Incubators
- Ion Meters
- Liyofilization (Freeze Drying) Instruments
- Magnetic Stirrers
- Melting Point Apparatus
- Microplate Readers
- Microscopes
- Mills
- Mixers
- Moisture Analyzers
- Organic Synthesis Systems
- Ovens
- Oxygen Meters
- pH Meters
- Photometers
- Polorimeters
- Presses
- Pressure / Vacuum Meters
- Pumps
- Reactors
- Recorder and Dataloggers
- Refractometers
- Rotary Evaporators
- Salinity Meters
- Sample Preparation Bombs
- Shakers
- Spectrophotometers
- Sterilizers
- Temperature Controlled Heating & Cooling Systems
- Temperature Measuring Instruments
- Thermocycler (PCR)
- Thermohygrometers
- Ultrasonic Cleaners
- Vibration / Leak Detection Instruments
- Viscometers
- Water Purification Systems
- Water Testing Instruments
PARR Test Tube Reactors
This vessel has several test tubes arranged in it. Each is capable of being heated, cooled, and individually stirred. This allows the user to setup several variations of tests under similar conditions. This new product was introduced by Parr at the PittCon Show in March of 2000.
Combinatorial chemistry shifts compound design from a one molecule at a time approach to a rapid and often automated parallel synthesis of a focused library of compounds. Starting with a useful compound or molecule, pharmaceutical, agrochemical and biotech companies use these techniques and equipment to spin that "lead" into thousands of chemical variations. The resulting chemical diversity boosts the chance that a new compound will usefully react with a molecular target, for example, a disease causing molecule. Interest in the field of combinatorial chemistry and high throughput screening (HTS) has been growing rapidly over the last few years. The notoriety is partially a result of the number of drug candidates in clinical trials resulting from the use of combinatorial techniques. The recent availability of equipment to carry out parallel synthesis is spawning new excitement in synthetic, analytical and biological research. The field is expanding in many areas including natural products, zeolites, antibiotics, catalysis, biomaterials and polymers.
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