The MV-20-WAVE-DGGE is a complete system for DNA mutation analysis. It is fully equipped with temperature control unit, stirrer, and gradient mixer and casting accessories to perform specific mutation analysis applications. A powerful microprocessor controlled PID temperature control unit enables various mutation detection techniques to be undertaken between ambient temperature and 70°C, while the simple four screw design of the WAVE insert accelerates set up of denaturing PAGE gels. The flexibility provided by the modular design of the MV-20-WAVE-DGGE and its wide range of accessories enables laboratories to switch quickly and easily between different mutation detection techniques, thereby maximizing throughput and screening efficiency. A maximum 96-sample throughput allows detection of as many mutations within a couple hours, alleviating many of the bottlenecks associated with screening for DNA mutations.
|WAVE electrophoresis insert and tank|
|Max. Number of Gels||2 per run|
|Plate Dimension (W x H)||20 x 20cm|
|Active Gel Dimension (W x H)||16 x 17.5cm|
|Spacer Thicknesses||0.75, 1, 1.5 and 2mm|
|Max. Sample Capacity||96 samples; 48 per gel|
|Standard Combs||2 x 1mm 24-sample|
|Available Combs||1, 5, 10, 18MC, 24, 36MC, 48; as per MV20WAVE and MAXI units|
|Max. Buffer Volume||8.5L|
|Unit Dimensions (W x D x H)||40.5 x 17 x 44cm|
|Temperature Control Unit|
|Operating Temperature Range||Ambient - 100ºC|
|Working Temperature Range (DGGE)||45-70ºC|
|Buffer Recirculation Mechanism||Stirring|
|Temperature Uniformity / Stability at 37ºC||±0.05/0.02ºC|
|Setting / Display Resolution||0.1ºC|
|Safety||Fluid-level float switch; isolated; IEC 1010/CE|
|Stored Temperature Values||4|
|Heater Power at 230V/110VAC||1.4/1.3kW|
|Electrical Power at 230V/100VAC||1.5/1.4kW (50-60Hz)|
|Recommended Power Supply|
|Volume of Reservoir & Mixing Chambers||50ml|
|Internal Diameter of Outlet Port||2mm|
1. Maximum 96-sample throughput.
2. Large format – 20 x 20cm glass plates.
3. Use with 100ml gradient mixer to make two 1mm parallel denaturing gradient gels.
4. Compatible with microplates and thermal cycler blocks.
5. Ideal for Detection of single base changes and polymorphisms in genomic cloned and amplified DNA fragments.