Hamster Hybridoma Introduction

Hybridoma is a significant method for producing monoclonal antibodies, which play a vital role in various biological fields. As one of the major rodents, hamsters are important tools for the production of monoclonal antibodies. Furthermore, hamster and mouse myeloma cells can produce stable crosses and obtain highly specific antibodies. In conclusion, hamster hybridoma is crucial for the production of monoclonal antibodies.

Characteristics of Hamsters

Among rodent experimental animals, the hamster is the fourth animal after the mouse, rat, and guinea pig. The experimental hamsters are mainly Syrian hamsters, which are animals of the genus Mesocricetus in the family Cricetidae. In addition, there are Chinese hamsters, European hamsters, and so on. Most hamsters are small, round, and close to people. Additionally, they have many features that can be widely used in biological research.

First of all, hamsters are susceptible to cancer-inducing viruses, and tumor tissue inoculated into the buccal pocket grows easily and a tumor response is observed. In particular, the golden hamster is currently the only animal model that can induce pancreatic cancer. Secondly, hamsters are perennial oestrous animals, and the gestation period is only 16 days. Female mice are born 28 days after sexual maturity, the reproduction rate is faster than other mice, and the oestrous cycle is accurate, making it especially suitable for reproductive physiology research. Hamsters also have many unique advantages that make them indispensable in the field of laboratory animals. For example, the hamster makes it easy to establish diploid cell lines in vitro, which is particularly suitable for tissue culture studies. Hamster kidney cells can be made into cell cultures to inoculate viruses for isolation or vaccine preparation. Hamsters can be spontaneously infected with few diseases, but they are more sensitive to experimentally induced diseases, which are widely suitable for the study of the measles virus, Amoeba histolytica, Leishmania, Trichinella spiralis, and other pathogenic mechanisms.

Hamster Hybridoma

Given the susceptibility and sensitivity of hamsters to tumors, they are often used for tumor antibody production through hybridoma techniques. Although mouse hybridoma models are well established and generally applicable, mouse models do not allow the assignment of several human viruses and often require mouse variants adapted to human therapies or humanized mice. Hamster hybridomas can partially compensate for this deficiency, such as hamsters that allow replication of human adenoviruses and provide complementary models of immune function for mouse work. The process of hamster hybridoma technology mainly includes five steps: immunogen preparation, hamster immunization, cell fusion, subcloning of positive cells, and antibody production. Each step has an essential impact on the production of the final antibody. Thus, we need to strictly follow the requirements of each step to ensure the scientific validity and accuracy of the results during the production process of hamster hybridomas.

The use of hamsters for antibody production from hybridomas can compensate for the deficiency of mouse hybridomas in some areas. Creative Biolabs is willing to discuss with you the knowledge and experience of hamster hybridomas.

All listed services and products are For Research Use Only. Do Not use in any diagnostic or therapeutic applications.

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