Grant Instruments PV-1 Vortex Mixer

SET of Components for Optical INFRARED Scanning System Manuf.: IMAGE GUIDED TECHNOLOGIES , Boulder / (more) USA consisting of: infrared transmitter P/N 141273.....S/N 372767 ... with Power Supply 230 VAC /  12 VDCinfrared optical scanner , MODEL No: 144843, S/N 462868 with 16 PIN LEMO Socket  for I/O signalsmarker tool interface ........MODEL No.: 116649 S/N 464086 with 4 inputs ( 8 PIN  LEMO - A..B..C..D.. ) for 4 active marker toolswith 37 PIN Connector and 8 m Cable with 37 PIN Connectorscable , 10 m long ; P/N 119373 REV D, SCT 44948; with 2 LEMO Connectors 16 PINactive marker tool , cable-less, for CR-2 Li Batterie ; P/N 148661;active marker tool , cable-less ;for CR-2 Li Batterie ; P/N 145402 , S/N 454436active marker tool with cable and 8 PIN LEMO connector, P/N 138383active marker tool with cable and 8 PIN LEMO connector, P/N 138370 all components are in excellent cosmetic codition, out of operation in GERMAN  GOV LAB and functional; we sell this components here for Buyers who want to extend their IGT System

The BVC control serves for efficient and convenient aspiration of supernatants. The vacuum level – a (more)nd thus the suction force – is exactly adjustable by the electronic touch panel and allows a sensitive and reproducible operation. The chemically resistant diaphragm vacuum pump is automatically turned on and off as needed, which reduces the low noise level even further. The BVC control is available in two complete equipment options with different collection flasks. The 2l borosilicate glass bottle with a protective coating has a very high chemical resistance. For larger amounts of liquids the 4l bottle of unbreakable polypropylene (PP) is used (included). The smooth surfaces allow an easy cleaning of the systems. Max. pumping speed: 0.7 m³/h Ultimate vacuum: 150 mbar Vacuum controller: Touchpanel Control range: 150 – 850 mbar (adjustable) Collection bottle: 4l Polypropylene Max. back pressure: 1.1 bar Dimensions (LxWxH): 408 x 194 x 500 mm Weight: 7.7 kg

The search for unknown mutations in genomic DNA is important for studying the genetic basis of disea (more)ses and disorders, including cancer. Additionally, examining DNA polymorphisms is useful for ecological and evolutionary studies of terrestrial, marine, and microbial organisms, with applications ranging from species identification to delineation of population structure to monitoring genetic diversity. The DCode universal mutation detection system can scan for single-base changes by any of the following electrophoretic techniques: Single-stranded conformation polymorphism (SSCP) Denaturing gradient gel electrophoresis (DGGE) Constant denaturing gel electrophoresis (CDGE) Temporal temperature gradient gel electrophoresis (TTGE) Flexible and powerful, the DCode system is the one electrophoresis system that can perform any combination of these techniques. At the center of the system is the temperature control module (which includes a microprocessor-controlled heater, a buffer-recirculating pump, and a stirrer). For techniques requiring accurate temperature control, such as SSCP and TTGE, the gels are immersed in the buffer, and temperatures are regulated between 5° and 70°C. Any run temperature below ambient can be achieved with the cooling tank used in conjunction with an external laboratory chiller. The DCode system can run 64 samples in as little as 2 hours — a major consideration when you’re screening DNA for sequence variations. You can configure your DCode system to grow as your needs grow. Each system includes a vertical electrophoresis cell and choice of adaptor kits for SSCP, DGGE, and CDGE, as well as for TTGE, a technique codeveloped by Bio-Rad. TTGE has all the benefits of DGGE and CDGE without chemical denaturant gradients. Glass plates: 200 x 200 mm Gel sizes: 160 x 200 mm (maximum two per run) Heater and control: Temperature control (PID type) ±0.5°C variation within gel area, ±0.5°C actual in the range of 45 – 70°C Dimensions (WxDxH): 390 x 200 x 420 mm Weight: 16 kg

The offered instrument / system is fully functional tested and ready to use. FURTHER DETAILS TO FOLL (more)OW

The ZOOM Dual Power is a microprocessor-controlled programmable power supply capable of running both (more) high voltage-low current and high current-low voltage applications concurrently. The high voltage-low current section is ideal for sample fractionation, IPG strips, IEF, and DNA sequencing applications. The low voltage-high current section is for SDS-PAGE, native PAGE, second-dimension SDS-PAGE, DNA-RNA electrophoresis, and blotting applications. Four sets of output jacks on each side of the unit allow for multiple apparatus to run simultaneously, offering greater workflow efficiency and higher sample throughput. Some of the important features of the ZOOM Dual Power unit include: High voltage-low current and low voltage-high current sides can be used independently and concurrently Multiple output jacks allow for the simultaneous running of up to four electrophoresis apparatus on each side of the unit Memory stores up to 30 programs (15 programs per side) of up to six steps per program. Step and ramp functions for discrete and gradual changes of electrical parameters No Load detection alarm system can be disabled to power high voltage applications that require very low current Voltage: 1 – 3500 V,  1V increments Current: 0.01 – 10.0 mA, 0.01 mA increments Power: 0.1 –  35W, 0.1 W increments