Anti-Mouse CTLA4(9H10)-武汉科斯坦生物科技有限公司

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Anti-Mouse CTLA4(9H10)

品牌：Chemstan

产地：China

型号：1mg

货号：CSB129601

价格： ￥1500/支
发布日期： 2022-05-27
更新日期： 2025-06-05

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产地	China
品牌	Chemstan
货号	CSB129601
保存条件	2 weeks, 2-8℃ under sterile conditions after reconstitution. Avoid repeated freeze-thaw. -80°C for a long-term storage.
用途	科研
应用范围
抗原来源
CAS编号
保质期
抗体名
是否单克隆
克隆性
靶点	CTLA4
适应物种
形态
宿主
标记物
包装规格	1mg
纯度	>95% Determined by SDS-PAGE%
亚型
标识物
浓度	%
免疫原
是否进口	否

Reactivities:

Mouse

Target:

CTLA4

Clone:

9H10

Isotype:

Mouse IgG1-Kappa

Alternative Name:

BIT; BITbrain-immunoglobulin-like molecule with tyrosine-based activation motifs; Brain Ig-like molecule with tyrosine-based activation motifs; CD172 antigen-like family member A; CD172a antigen; CD172a; Inhibitory receptor SHPS-1; Macrophage fusion receptor; MFR; MFRtyrosine phosphatase SHP substrate 1; MyD-1 antigen; MYD1; MYD-1; P84; protein tyrosine phosphatase, non-receptor type substrate 1; PTPNS1; SHP substrate 1; SHPS1; SHPS-1; SHPS1CD172A; signal-regulatory protein alpha; Signal-regulatory protein alpha-1; Signal-regulatory protein alpha-2; Signal-regulatory protein alpha-3; SIRP alpha; SIRPA; SIRPalpha; Sirp-alpha-1; SIRPalpha2; Sirp-alpha-2; Sirp-alpha-3;

Recommend Isotype Controls:

Anti-HEL-Mouse IgG1 Isotype-control

Recommend Controls CatNo.:

CSB118301

Recommended Dilution Buffer:

ABDB-1002 or PBS, pH 7.4,Contains no stabilizers or preservatives.

Immunogen:

N/A

Recommend Applications:

In vivo or in vitro studies

Formulation:

PBS, pH 7.4, Contains no stabilizers or preservatives

Endotoxin:

<1EU/mg Determined by LAL gel clotting assay

Purity:

>95% Determined by SDS-PAGE

Sterility:

Expression System:

CHO

Purification:

Protein A

Storage:

2 weeks, 2-8℃ under sterile conditions after reconstitution. Avoid repeated freeze-thaw. -80°C for a long-term storage.

Protocol Information:

Since applications vary, each investigator should use the application references as a guide to help estimate the appropriate dose or concentration. The dose or concentration can be further optimized experimentally in a dose response or titration experiment.