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Rat ELISA Kits

In recent years, there are many research topics to study various animal diseases, and these kits are mainly used to test the concentration of IgA/IgG/IgE/IgM, Insulin, TNF-Alpha, IFNγ, IL-1 beta, IL-2, IL-4, IL-6, IL-10, BDNF, Angiotensin 2, CRP, TGFb1, Complement Component 3 and so on. 

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Rat ELISA Kits Types

Rat ELISA Kits FAQs

  • Q

    How to choose rats or mice as experimental samples to achieve experimental purposes?

    First of all, the experimental animals should be selected according to the purpose and experimental requirements of biomedical research, and then consider whether the experimental animals are easy to obtain, economical, and easy to raise. All experimental animals should have three basic requirements: uniformity among individuals, genetic stability and easy acquisition. In addition, the type of experiment should be clarified, such as cardiovascular system disease research, digestive and respiratory system disease research, nervous system disease research, urinary and reproductive system disease research, anti-inflammatory and immune experiments, microcirculation experiments, etc. Finally, if the rats are selected as the idea experimental samples as they are large in size, we still need to verify if the serum is sufficient and amount of organ tissue is sufficient.

  • Q

    What common diseases in Human Beings are mainly studied with rat models?

    Rats are larger in size and easy to operate. It is more suitable for surgery, convenient for continuous blood drawing, easier for transplantation research, etc. In addition, compared with mice, rats have more advantages in organ tissue imaging than mice in the study of nerves, especially surgery and spinal cord injury. It is an excellent model, especially stroke and hypertension, and there are many strains of rat models that have become ideal objects for research, as well as diabetes models, rat models are closer in some important aspects (such as toxins, stress , diet and vaccination) to modify the ability of the disease; in addition, in human reproductive mechanics, neurodegenerative diseases, compared with the unobvious phenotypes of mice, rat genetic disease models in behavioral experiments on motor neuron function symptoms are prominent. Therefore, the rat model is more conducive to the mechanism research and drug discovery of related diseases.

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