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TROP-2

一种跨膜糖蛋白,在多种上皮性肿瘤中高表达,参与细胞增殖、迁移和信号转导,是抗体偶联药物的重要靶点。

产品号 产品名称 蛋白编码 图片
ALP22242

Recombinant TROP-2 Protein,Human 187a.a,HEK293,C-His

重组蛋白TROP-2 Protein,Human 187a.a,HEK293,C-His

P09758(T88-T274) 重组蛋白TROP-2 Protein,Human 187a.a,HEK293,C-His
The TROP-2 protein emerged as a potential growth factor receptor, implying involvement in cellular processes related to growth and signaling. As a putative receptor, TROP-2 may play a crucial role in transducing signals that regulate cell growth and proliferation.
ALP22279

Recombinant TROP-2 Protein,Human 187a.a,HEK293,C-Fc

重组蛋白TROP-2 Protein,Human 187a.a,HEK293,C-Fc

P09758(T88-T274) 重组蛋白TROP-2 Protein,Human 187a.a,HEK293,C-Fc
The TROP-2 protein emerged as a potential growth factor receptor, implying involvement in cellular processes related to growth and signaling. As a putative receptor, TROP-2 may play a crucial role in transducing signals that regulate cell growth and proliferation.
ALP22335

Recombinant TROP-2 Protein,Mouse,HEK293,C-hFc

重组蛋白TROP-2 Protein,Mouse,HEK293,C-hFc

Q8BGV3(Q25-Q270) 重组蛋白TROP-2 Protein,Mouse,HEK293,C-hFc
The TROP-2 protein functions as a growth factor receptor and has been shown to play a critical role in mediating cellular responses associated with growth regulation. Its involvement indicates that it plays a crucial role in signal transduction during cell growth.
ALP22313

Recombinant TROP-2 Protein,Human,HEK293,C-His-Avi

重组蛋白TROP-2 Protein,Human,HEK293,C-His-Avi

P09758(H27-T274) 重组蛋白TROP-2 Protein,Human,HEK293,C-His-Avi
The TROP-2 protein emerged as a potential growth factor receptor, implying involvement in cellular processes related to growth and signaling. As a putative receptor, TROP-2 may play a crucial role in transducing signals that regulate cell growth and proliferation.
ALP22586

Recombinant TROP-2 Protein,Rhesus macaque,HEK293,C-His

重组蛋白TROP-2 Protein,Rhesus macaque,HEK293,C-His

XP_001114599.1(H27-R272) 重组蛋白TROP-2 Protein,Rhesus macaque,HEK293,C-His
Tumor associated calcium signal transducer 2 (TACSTD2) is a carcinoma-associated antigen which is a cell surface receptor that transduces calcium signals and may also function as a growth factor receptor. TACSTD2 is involved in negative regulation of branching involved in ureteric bud morphogenesis; negative regulation of cellular component organization; negative regulation of substrate adhesion-dependent cell spreading; positive regulation of stem cell differentiation; and regulation of epithelial cell proliferation.