As the gel dries in the laboratory

!±8± As the gel dries in the laboratory

There are a variety of different units of the gel dryer, which are commercially available for different applications of gel drying in the laboratory. Drying methods vary depending on the exact type and size of the gel.

Polyacrylamide gel-size oven can be dried by air drying systems, because they contain corrosive compounds, are rather empty dryer, the filter function begins to dry. Sequencing gels or multiple standard-size products require avery dry surface with improved drying by a vacuum.

These are usually dry between two sheets of porous cellophane and out of the dryer completely flat and clear with a glossy surface. The dry matter can be used for the detection and analysis of photographic documentation, or autoradiography, densitometry may be used. This drying process also makes for long-term preservation. There are also heat-vacuum drying process available, the gel dries quickly and evenly. This type ofDryers are equipped with a separator traps to capture the liquids and vapors from the gel, as they dry.

A dryer manual process is also used in some laboratories. Manual drying with a solution containing 10% glycerol and 20% ethanol, dried frame, and as with other methods, cellophane paper. In a manual process of drying, the gel must be dried before slowing down in a dry box solution for a minimum of half an hour, swelling and make it more flexible, balanced once dried.

The nextPhase of the process, it is dried gel between two layers of cellophane wet after pipette place 1.2 ml of drying up. The sheet of cellophane with the gels are then assembled and attached to itself, let it dry for at least two days. As you can imagine, this is a process much longer and more labor-intensive than that offered by an automatic dryer. There are also some things that go wrong on the way to the manual process that leads to trade, canunits available in most laboratories, where resources permit preference and space requirements.

Another alternative to manual vacuum drying and expensive drying systems are based is also available. This method is a low-tech but simple and inexpensive means of drying the gel, and agarose and polyacrylamide gel can be dried gel drying film, the film essentially treated, which is used on the same line as the manual method, but was very quick to dry. This allowsgels are, in part because dry and provides a virtually gas-tight barrier.

The exact nature of the oven gel is preferable for a given application depends on the needs of the gel and the other parameters of the application. Other factors, such as available space in the laboratory requires the resources available and the speed of gel-drying all come into play in question, as well. For plants that have a large amount of gel, however,units commercially available automated dryer are a great addition to the laboratory is worth every inch of space they occupy.