Guinea Pig ELISA Kits

Guinea pigs have been widely used as lab animal models for many years, and they are widely used to make research in many fields because they have biological similarities to humans. They have played important in nutritional research, and are also crucial to the development of vaccines for diphtheria, TB, replacement heart valves, blood transfusion, kidney dialysis, antibiotics, anticoagulants, asthma medicines and vaccines against viral diseases. 

Among our Guinea pig ELISA kits, like IgE ELISA kit can be used to make research allergic diseases, such as allergic asthma, most types of sinusitis, allergic rhinitis, food allergies, and specific types of chronic urticaria and atopic dermatitis etc., due to IgE plays a pivotal role in responses to allergens, such as anaphylactic reactions to drugs, bee stings, and antigen preparations used in desensitization immunotherapy.


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Guinea Pig ELISA Kits Types

What Are The Significance Of Studying Guinea Pigs?

Guinea pig vaccination experiment has great significance in immunology, infectious disease research, pharmacy, nutriology, otology, and gnotobiotes. The complement in guinea pig serum is rich and stable, and the complement used in immunological experiments mostly comes from guinea pig serum. And guinea pigs have a long gestation period, the fetus is fully developed, and the morphology and function of young rats are mature, which is suitable for the test of the effects of drugs or toxins on the later development of the fetus. In addition, guinea pigs cannot synthesize vitamin C in their bodies, and they are not sensitive to vitamin C syndrome. They are ideal animal models for studying the experimental scurvy and physiological functions of vitamin C.

What Issues To Consider When Diluting Samples?

The sensitivity of the liquid sample is very high, and the matrix effect is very strong, so the concentration of the sample should not be too large. If there is matrix interference, it will affect the quantification, so purification treatment is very necessary, and it is needed to be diluted to reduce the matrix effect. Firstly, it is necessary to determine whether a high concentration is a false high positive matrix or a real high concentration sample. Secondly, it is necessary to dilute the sample with diluent without the target protein. Reduce the concentration of target antigen while avoiding matrix interference. Finally, determine the dilution ratio of the high-concentration sample, which should fall in the middle of the standard curve to present the best range of linearity.

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