The TTGE System allows the researcher to choose between 2 different techniques, TTGE or DGGE. Destabilization of nucleic acid complexes can be accomplished using a uniform solvent concentration (Urea/Formamide) with an increasing temperature gradient (TTGE) or separation can be achieved by varying the solvent concentration at a constant temperature (DGGE). Both techniques rely on establishing a range of either solvent or temperature in which the target fragments will undergo conformational transition (melt). Includes: electrophoresis tank, 2 single cassettes, heater/stirrer/buffer cycler with temperature ramping capability, gradient maker, EPS-300-II Mini-power supply, MPP-100 Mini-pump4 combs (2ea 1 Well and 2 each 16 Well combs), 4 sets of spacers (2 sets for vertical DGGE & TTGE and 2 sets for perpendicular DGGE), 2 glass plate sets, 4 pieces gel wrap gasket, 12 each #2 clamps, and 18ea #1 clamps, glass safety cover, buffer siphon pump, and power leads. Please call C.B.S. Scientific for more ordering information.
