What are the different methods of storage of antibodies?

Antibodies study can be an important area of ​​biomedical research and development. In general, this is due to a valuable role that could play antibodies with the right help of the immune system. Storage of antibodies in laboratories can be an important part of the research and development process, as correct storage methods can help ensure that the antibodies remain undamaged.

Antibodies are normally in blood proteins. They are generally considered to be a key part of the immune system that uses them to identify and bacteria and viruses. All antibodies usually have the same basic structure, but the area at the tip of the protein can vary very much. The differences in antibodies allow them to perform different functions for the immune system, such as helping to deactivate any number of different types of bacteria and viruses.

There is no standard method for storing antibodies. This is generally due to a wide range of antibodies that exist, combined with a lack of consensus in the scientific community OHIce best methods for storage. However, because antibodies are proteins, most storage methods emphasize that antibodies should be kept cold. This usually means that antibodies should be cooled, kept on ice or frozen.

Many experts recommend that antibodies be kept at the beginning of the storage process at 39 degrees Fahrenheit (4 degrees Celsius). The approaches may vary in how long this temperature should be maintained. Some scientists believe that this temperature should only be maintained for a maximum of two weeks, then the antibody should be properly frozen. Then it is usually recommended to temperature by -2 ° Fahrenheit (–20 ° C), although some scientists will store antibodies at a temperature of up to -112 degrees Fahrenheit (–80 degrees Celsius).

The placement of an antibody in the freezer is also an important difference in the methods of storage of antibodies. MakeIt prevented any drastic temperature changes, some methods emphasize the placement of the antibody in the back of the freezer as opposed to the front. This is generally intended to reduce the susceptibility of antibody against temperature fluctuations that can occur when the freezer door constantly opens and closes.

Aliquidation is also a possible method of storage of antibodies. The size for the aliquot may vary, but the amount generally ranges between 0.507 to 0.675 ounces (15 to 20 milliliters). Aliquots can help minimize any damage to the antibody that is the result of frost or thawing. It could also reduce the chances of any contamination that may occur in the process.

Avoiding freezing and thawing cycles is usually emphasized in many methods of storage of antibodies. This is because temperature change can damage the antibody. Freezing and defrosting usually CAN occurs once in the storage process, but another could denature an antibody that could, for exampleto defend an antibody in custody. In accordance with this, they are usually not recommended for storing antibodies, as these cooling devices can automatically cycle between freezing and defrosting.