ICP9888 磷酸化抗体填料Phospho-Protein(pP) Antibody, Agarose
参考价 | ¥ 6965 |
订货量 | ≥1 |
- 公司名称 南宁市蓝光生物技术有限公司
- 品牌
- 型号 ICP9888
- 产地 加拿大
- 厂商性质 代理商
- 更新时间 2017/8/9 11:55:10
- 访问次数 224
联系我们时请说明是化工仪器网上看到的信息,谢谢!
蛋白组学抗体及纯化富集乙酰化,磷酸化,甲基化抗体的免疫亲和填料,蛋白激酶A B C活性检测试剂盒,食品安全快速检测原料抗原抗体,标签抗体及标签重组蛋白纯化富集免疫亲和填料,内参抗体,各种二抗。
Product Description | The anti-phospho-proteins (anti-pP) is developed using hyper-phosphorylated proteins as immunogen and affinity-purified with peptide with phosphor-serine,-threonine,and –tyrosine residues on Agarsoe. The purified antibody is immobilized to beaded agarose via strong secondary amine linkage. This product could be utilized as an affinity matrix for rapid affinity isolation, purification anf enrichment of proteins/peptides with phospho-tyosine/-serine/-threonine residues.
|
| Immunoaffinity precipitated phosphor-proteins from milk samples using 0.5 mL anti-phosphoprotein antibody Agarose (ICP9888) and anti-biotin Agarose (ICP0615) as control.
|
Species Formulation | Goat 0.5 mL beaded agarose suspended in 1 mL slurry
| ||
Antibody Immobilized
| >10 mg/mL; antibody is covalently linked to CL-4B sepharose
| ||
Specificity | The antibody selectively captured the peptides or proteins with phosphorylated Tyrosine/Serine/Threonine residues. It does not cross react with non-phosphorylated proteins.
| ||
Storage & Stability | Product is stable for several weeks at room temperature. For extended storage, store product at -20°C. Do not aliquot and shake thoroughly before use. | ||
Applications | Rapid isolation, purification and enrichment of peptides or proteins with phospho-tyrosine/serine/threnonin residues from mixtures of cell lysates or protease-digested mixtures.
| ||
Scientific Description | Protein phosphorylation is one of the most important events in post-translational modification. Protein phosphorylation has been extensively studied and is believed to be one of the switches of cell signaling. Simple and effective tools for rapid isolation and purification of the phosphorylated species is essential for proteomic profiling of the phosphorylated proteins in different stages of development, disease, and signal transduction, as well as identifying the precise site of phosphorylation in a phospho-protein. |