General Category:

Monoclonal antibodies » HormonesMonoclonal antibodies » Inflammation » InflammationMonoclonal antibodies » Cardiac Markers » Other Cardiac Markers

Disease Category:

Hormones » Monoclonal antibodiesCardiac Markers » Monoclonal antibodies » Other Cardiac Markers

Alternatives in vitro!Please note that MAb 14A2 is also available as in vitro produced product under Cat.#2-CALC-iv.For immunoassays utilizing this MAb, we recommend selecting the in vitro produced product.

MAbs:

13B9, 24B2New MAbs: 13F2, 13G11, 14A2, 16B5Hybridoma clones have been derived from hybridization of Sp2/0 myeloma cells with spleen cells of Balb/c mice immunized with calcitonin conjugated with carrier protein.

Specificity:

Human calcitonin and procalcitonin

MAb Isotypes:

IgG1 for MAbs 24B2, 13F2, 13G11, 14A2IgG2a for MAb 13B9IgG2b for MAb 16B5

Applications:

Detection of human calcitonin in ELISA.All MAbs can also be used for procalcitonin detection in Western blotting after SDS-electrophoresisin reducing conditions.Recommended pairs for sandwich immunoassay (capture-detection) : 13B9 – 13F2, 24B2 – 13B9

Purification:

Chromatography on protein A Sepharose

Presentation:

PBS, pH 7.4, 0.1 % sodium azide (NaN3)

Storage Conditions:

+ 4 °C

Other information:

More antibodies against calcitonin under Cat.#2-pCAL

Material safety note:

This product is sold as an antibody preparation for research use only. Standard Laboratory Practices should be followed when handling this material.Contains sodium azide (0.1 %) as preservative. Although the amount of sodium azide is very small appropriate care must be taken when handling this product.

Additional product information:

Procalcitonin Assay Notes

References:

Search Calcitonin References from  PubMed.

See allProcalcitonin (PCT) and calcitonin references.

Advanced immunochemical高敏C反应蛋白人C反应蛋白（CRP）是所谓的急性期蛋白之一。它在血液中的浓度随着对炎症的反应而迅速增加。CRP是224个残基蛋白，单体分子量约为25 kDa，pI 6.4（1-4）。它属于五味子毒素，这是一种进化保守的蛋白质家族，其特征在于钙依赖性配体结合和五个单体的对称性，这些单体在中心孔周围形成一个环（5）。CRP在体内的确切功能尚不完全清楚。已证明CRP参与炎症以及先天免疫过程。CRP的重要生物活性取决于其与各种配体（例如受损细胞膜，凋亡细胞和纤连蛋白）的结合能力，对磷胆碱残基的亲和力最高。当CRP与配体结合时，它可以被补体成分C1q识别，从而激活经典补体途径。另一方面，CRP通过与补体因子H相互作用来调节替代补体途径