单克隆环GMP和环AMP抗血清的制备。

S L Wescott, T B Nutman, J E Slater, M A Kaliner
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引用次数: 0

摘要

为了促进环核苷酸的原位定位,大量的高滴度抗血清用于免疫组织学分析将是有价值的。因此,制备了针对2′-0-琥珀酰环GMP (s-cGMP)或2′-0-琥珀酰环AMP (s-cAMP)的单克隆抗体(Mab)。免疫小鼠对任一环核苷酸产生高滴度的多克隆抗体,这反映在用于监测这些抗血清的酶联免疫吸附试验(ELISA)中。利用标准杂交瘤技术和ELISA检测阳性克隆抗环核苷酸抗体的产生,在组织培养和腹水中大量培养几个产生单克隆抗体的克隆。抗cgmp和抗camp抗血清,在大于1:20 000稀释度时具有显著的ELISA滴度,是单特异性的,可用于放射免疫测定,ELISA或原位环核苷酸的免疫组织定位。
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Production of monoclonal cyclic GMP and cyclic AMP antisera.

In order to facilitate the in situ localization of cyclic nucleotides, a large supply of high-titer anti-sera for immunohistologic analyses would be valuable. Therefore, monoclonal antibodies (Mab) directed at 2'-0-succinyl cyclic GMP (s-cGMP) or 2'-0-succinyl cyclic AMP (s-cAMP) were generated. Immunized mice developed polyclonal antibodies of high titer to either cyclic nucleotide as reflected in an enzyme-linked immunosorbent assay (ELISA) employed to monitor these anti-sera. With the use of standard hybridoma technology and ELISA to monitor anti-cyclic nucleotide antibody production from positive clones, several Mab-producing clones were grown to large volume in tissue culture and ascites fluid. The anti-cGMP and anti-cAMP anti-sera, which demonstrated significant ELISA titers at greater than 1:2,000,000 dilutions, are monospecific and can be employed for radioimmunoassays, ELISA, or immunohistologic localization of cyclic nucleotides in situ.

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