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Handling devices for microtiter plates
The most basic microplate handler consists of a single plate and a holder for the containing reagents. It should be easy to use and be safe to use in biosafety cabinets. A good quality plate handler should be able to fit into a hood. These devices provide excellent protection and security for samples. They should also be compatible with other instruments for efficient handling. Barcode scanners are useful for identifying each plate, allowing for increased throughput.
Some microplate handlers integrate with imaging and detection instruments. These instruments can be used to automate workstations. In ELISA, these workstations are especially helpful. The BenchCel microplate handler, BioTek's EL406 washer dispenser, and the Synergy Neo2 multimode reader are all integrated into one single unit. Some automated workstations can even be combined with automated dilutions.
Microplates are the standard of medical and biological diagnostic testing laboratories. Their density has consistently increased since their development in the 1950s. As the volume and number of materials being tested have increased, so has the need for automated plate handling equipment. The microplates that are used today are more dense and require more sophisticated methods of handling. For this reason, it is important to have proper handling equipment. If you don't have these products, it is important to contact the manufacturer of your instrument to learn more about its specifications.
Many HTS labs have a preferred microplate vendor. However, if you are new to microplates, there are several options that you can choose from. For example, many protocols are designed to use multiple types of microplates and detection systems. The best pairing of the two will ensure the titer of each organism. It can also help to optimize the efficiency of the assay. It is essential that you know which system will be the best for your needs.
Some of the most popular microplate handlers are those that can handle multiple types of microplates. For example, the Agilent BenchCel microplate handler is a compact automated system that allows for easy integration with other systems. Its capabilities include a biotiter-specific antigen detection kit and a chemistry-specific plate washer. The latter can be used to detect the presence of multiple species.
A microplate is typically made of polystyrene, which is the most common material used for microplates. It can be white or black. It can also be coloured with fluorescent agents, including fluorescent compounds. Some materials are suitable for a wide range of temperatures and are very resistant to abrasion. They are also lightweight and easy to mould. The TC-treated plates are the best.
If you're using a COP microplate, consider getting a COP handler. COP is the most common polymer used in microplates. Depending on its composition, it may be used for various applications. For example, a COP plate can be made of a variety of polymers. All polymers have advantages and disadvantages. Some have more flexibility, while others are not.