Cancer Diagnostics Solutions

This antibody specifically targets the human complement component C1q and is characterized by high selectivity, thereby reducing the potential for nonspecific binding. It delivers consistent and robust performance in immunohistochemical analysis of FFPE & Frozen tissue sections, enabling clear and reproducible signal visualization. Beyond tissue staining applications, the antibody is suitable for use across a range of immunoassay platforms, subject to experimental needs. Its confirmed specificity, combined with a rigorous purification strategy, ensures reliable performance, making it a valuable research & diagnostic reagent for investigations involving the complement system and associated biological mechanisms.

This antibody specifically targets the human complement component C3c and is characterized by high selectivity, thereby reducing the potential for nonspecific binding. It delivers consistent and robust performance in immunohistochemical analysis of FFPE & Frozen tissue sections, enabling clear and reproducible signal visualization. Beyond tissue staining applications, the antibody is suitable for use across a range of immunoassay platforms, subject to experimental needs. Its confirmed specificity, combined with a rigorous purification strategy, ensures reliable performance, making it a valuable research & diagnostic reagent for investigations involving the complement system and associated biological mechanisms.

This antibody specifically targets the human complement component Fibrinogen and is characterized by high selectivity, thereby reducing the potential for nonspecific binding. It delivers consistent and robust performance in immunohistochemical analysis of FFPE & Frozen tissue sections, enabling clear and reproducible signal visualization. Beyond tissue staining applications, the antibody is suitable for use across a range of immunoassay platforms, subject to experimental needs. Its confirmed specificity, combined with a rigorous purification strategy, ensures reliable performance, making it a valuable research & diagnostic reagent for investigations involving the complement system and associated biological mechanisms.

This antibody specifically targets the human complement component Kappa Light Chain and is characterized by high selectivity, thereby reducing the potential for nonspecific binding. It delivers consistent and robust performance in immunohistochemical analysis of FFPE & Frozen tissue sections, enabling clear and reproducible signal visualization. Beyond tissue staining applications, the antibody is suitable for use across a range of immunoassay platforms, subject to experimental needs. Its confirmed specificity, combined with a rigorous purification strategy, ensures reliable performance, making it a valuable research & diagnostic reagent for investigations involving the complement system and associated biological mechanisms.

This antibody specifically targets the human complement component Lambda Light Chain and is characterized by high selectivity, thereby reducing the potential for nonspecific binding. It delivers consistent and robust performance in immunohistochemical analysis of FFPE & Frozen tissue sections, enabling clear and reproducible signal visualization. Beyond tissue staining applications, the antibody is suitable for use across a range of immunoassay platforms, subject to experimental needs. Its confirmed specificity, combined with a rigorous purification strategy, ensures reliable performance, making it a valuable research & diagnostic reagent for investigations involving the complement system and associated biological mechanisms.

This antibody specifically targets the human complement component IgA and is characterized by high selectivity, thereby reducing the potential for nonspecific binding. It delivers consistent and robust performance in immunohistochemical analysis of FFPE & Frozen tissue sections, enabling clear and reproducible signal visualization. Beyond tissue staining applications, the antibody is suitable for use across a range of immunoassay platforms, subject to experimental needs. Its confirmed specificity, combined with a rigorous purification strategy, ensures reliable performance, making it a valuable research & diagnostic reagent for investigations involving the complement system and associated biological mechanisms.

This antibody specifically targets the human complement component IgG and is characterized by high selectivity, thereby reducing the potential for nonspecific binding. It delivers consistent and robust performance in immunohistochemical analysis of FFPE & Frozen tissue sections, enabling clear and reproducible signal visualization. Beyond tissue staining applications, the antibody is suitable for use across a range of immunoassay platforms, subject to experimental needs. Its confirmed specificity, combined with a rigorous purification strategy, ensures reliable performance, making it a valuable research & diagnostic reagent for investigations involving the complement system and associated biological mechanisms.

This antibody specifically targets the human complement component IgM and is characterized by high selectivity, thereby reducing the potential for nonspecific binding. It delivers consistent and robust performance in immunohistochemical analysis of FFPE & Frozen tissue sections, enabling clear and reproducible signal visualization. Beyond tissue staining applications, the antibody is suitable for use across a range of immunoassay platforms, subject to experimental needs. Its confirmed specificity, combined with a rigorous purification strategy, ensures reliable performance, making it a valuable research & diagnostic reagent for investigations involving the complement system and associated biological mechanisms.

This antibody specifically targets the human complement component C4Dand is characterized by high selectivity, thereby reducing the potential for nonspecific binding. It delivers consistent and robust performance in immunohistochemical analysis of FFPE & Frozen tissue sections, enabling clear and reproducible signal visualization. Beyond tissue staining applications, the antibody is suitable for use across a range of immunoassay platforms, subject to experimental needs. Its confirmed specificity, combined with a rigorous purification strategy, ensures reliable performance, making it a valuable research & diagnostic reagent for investigations involving the complement system and associated biological mechanisms.

This antibody specifically targets the human complement component Albumin and is characterized by high selectivity, thereby reducing the potential for nonspecific binding. It delivers consistent and robust performance in immunohistochemical analysis of FFPE & Frozen tissue sections, enabling clear and reproducible signal visualization. Beyond tissue staining applications, the antibody is suitable for use across a range of immunoassay platforms, subject to experimental needs. Its confirmed specificity, combined with a rigorous purification strategy, ensures reliable performance, making it a valuable research & diagnostic reagent for investigations involving the complement system and associated biological mechanisms.