Anti-h PG II 8101 SPTN-5100097- Monoclonal mouse antibody, cultured in vitro under conditions free from animal-derived components.
- Antibodies > Tumor Markers
- KA= 3 x 1010 1/M
- LF, IT, FIA
- Anti-h PG II 8102 SPRN-1100098
- Monoclonal mouse antibody, cultured in vitro under conditions free from animal-derived components.
- Antibodies > Tumor Markers
- KA= 1 x 109 1/M
- LF, IT, FIA
Anti-h IgA 8203 SPRN-5100101- Monoclonal mouse antibody, cultured in vitro under conditions free from animal-derived components.
- Antibodies > Serology
- KA = 3 x 109 1/M
- FIA
Anti-h PSA 8301 SPRN-5100102- Monoclonal mouse antibody, cultured in vitro under conditions free from animal-derived components.
- Antibodies > Tumor Markers
- KA= 1 x 1011 1/M
- FIA
- Anti-h PSA 8311 SPRN-1100103
- Monoclonal mouse antibody, cultured in vitro under conditions free from animal-derived components.
- Antibodies > Tumor Markers
- KA= 1 x 1010 1/M
- FIA
Anti-h IgE 8518 SPRNE-1100106- Monoclonal mouse antibody, cultured in vitro under conditions free from animal-derived components.
- Antibodies > Serology
- KA = 1.2 x 1010 1/M
- FIA
Anti-h Trypsinogen-2 8603 SPRN-5100107- Monoclonal mouse antibody, cultured in vitro under conditions free from animal-derived components.
- Antibodies > Inflammation
- 1.4 x 108 1/M
- FIA
- Anti-h Trypsinogen-2 8607 SPTN-5100108
- Monoclonal mouse antibody, cultured in vitro under conditions free from animal-derived components.
- Antibodies > Inflammation
- 1.6 x 108 1/M
- FIA
Anti-h Ferritin 8803 SPRN-5100111- Monoclonal mouse antibody, cultured in vitro under conditions free from animal-derived components.
- Antibodies > Serum Proteins > Inflammation
- 3 x 1010 1/M
- FIA
- Anti-h Ferritin 8806 SPTN-5100112
- Monoclonal mouse antibody, cultured in vitro under conditions free from animal-derived components.
- Antibodies > Serum Proteins > Inflammation
- 3 x 1010 1/M
- FIA
Antibodies
Medix Biochemica develops and manufactures an extensive selection of monoclonal and polyclonal antibodies for the detection of biomarkers, pathogens, and small molecules in all clinical diagnostic areas.