Results for ELISA Kits ( 73075 )
- From: €901.00
The Human Bead-based Immuno-Quantitative (BIQ) Fibrinogen ELISA Kit merges the specificity of sandwich-based ELISA, the sensitivity of real-time PCR, and the easy manipulation of microspheres to detect even the lowest levels of Fibrinogen in serum, plasma, and cell culture supernatant samples.
- From: €1,621.00
The Human Bead-based Immuno-Quantitative (BIQ) Fibrinogen ELISA Kit merges the specificity of sandwich-based ELISA, the sensitivity of real-time PCR, and the easy manipulation of microspheres to detect even the lowest levels of Fibrinogen in serum, plasma, and cell culture supernatant samples.
- From: €3,603.00
The Human Bead-based Immuno-Quantitative (BIQ) Fibrinogen ELISA Kit merges the specificity of sandwich-based ELISA, the sensitivity of real-time PCR, and the easy manipulation of microspheres to detect even the lowest levels of Fibrinogen in serum, plasma, and cell culture supernatant samples.
- From: €1,621.00
The Human Bead-based Immuno-Quantitative (BIQ) FGF-12 ELISA Kit merges the specificity of sandwich-based ELISA, the sensitivity of real-time PCR, and the easy manipulation of microspheres to detect even the lowest levels of FGF-12 in serum, plasma, and cell culture supernatant samples.
- From: €3,603.00
The Human Bead-based Immuno-Quantitative (BIQ) FGF-12 ELISA Kit merges the specificity of sandwich-based ELISA, the sensitivity of real-time PCR, and the easy manipulation of microspheres to detect even the lowest levels of FGF-12 in serum, plasma, and cell culture supernatant samples.
- From: €1,621.00
The Human Bead-based Immuno-Quantitative (BIQ) FGF-16 ELISA Kit merges the specificity of sandwich-based ELISA, the sensitivity of real-time PCR, and the easy manipulation of microspheres to detect even the lowest levels of FGF-16 in serum, plasma, and cell culture supernatant samples.
- From: €3,603.00
The Human Bead-based Immuno-Quantitative (BIQ) FGF-16 ELISA Kit merges the specificity of sandwich-based ELISA, the sensitivity of real-time PCR, and the easy manipulation of microspheres to detect even the lowest levels of FGF-16 in serum, plasma, and cell culture supernatant samples.