huLAG-3-CHO-K,
- Product Code: 250772
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Density: | Storage Condition: | -80℃ |
Product Description:
Not applicable. The name "huLAG-3-CHO-K" refers to a recombinant fusion protein or biologic molecule, typically an engineered human LAG-3 (Lymphocyte-Activation Gene 3) protein linked to a functional domain such as CHO (carbohydrate recognition domain) and possibly a tag or modification (e.g., -K). Such molecules are primarily used in immunological research and drug development.
It is not a conventional chemical but a biopharmaceutical reagent. Its main application lies in studying immune checkpoint pathways. LAG-3 is a key inhibitory receptor on T cells, and molecules like huLAG-3-CHO-K are used to investigate T-cell activation, immune regulation, and tolerance. They serve as tools in developing cancer immunotherapies, particularly in blocking interactions between LAG-3 and its ligands (e.g., MHC class II), which can enhance anti-tumor immune responses.
These constructs may also be used in binding assays, structural studies, or as standards in immunoassays. Due to their engineered nature, they play a role in screening therapeutic antibodies or small molecules targeting the LAG-3 pathway. Applications are confined to research laboratories and preclinical development in biotechnology and pharmaceutical industries.
Sizes / Availability / Pricing:
Size | Availability | Price | Quantity |
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5E6cells/EA | 10-20 days | ฿288,430.00 |
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huLAG-3-CHO-K,
Not applicable. The name "huLAG-3-CHO-K" refers to a recombinant fusion protein or biologic molecule, typically an engineered human LAG-3 (Lymphocyte-Activation Gene 3) protein linked to a functional domain such as CHO (carbohydrate recognition domain) and possibly a tag or modification (e.g., -K). Such molecules are primarily used in immunological research and drug development.
It is not a conventional chemical but a biopharmaceutical reagent. Its main application lies in studying immune checkpoint pathways. LAG-3 is a key inhibitory receptor on T cells, and molecules like huLAG-3-CHO-K are used to investigate T-cell activation, immune regulation, and tolerance. They serve as tools in developing cancer immunotherapies, particularly in blocking interactions between LAG-3 and its ligands (e.g., MHC class II), which can enhance anti-tumor immune responses.
These constructs may also be used in binding assays, structural studies, or as standards in immunoassays. Due to their engineered nature, they play a role in screening therapeutic antibodies or small molecules targeting the LAG-3 pathway. Applications are confined to research laboratories and preclinical development in biotechnology and pharmaceutical industries.
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