-
Immobilize specific antibody to the functionalised magnetic beads. The concentration of captured antigen from samples on the beads is analysed by CLIA
-
Immobilize specific antibody to the functionalised magnetic beads. The concentration of captured antigen from samples on the beads is analysed by CLIA
-
Magnetic Microspheres applications: Virus, DNA/RNA, Totla DNA, cfDNA, FFPE RNA
-
Magnetic Microspheres applications: cfDNA, Genome DNA, FFPE DNA
-
Immobilize specific biotinilated antibody to the streptavidin coated magnetic beads. The concentration of captured antigen from samples on the beads is analysed by CLIA
-
Magnetic Microspheres applications: Virus, DNA/RNA, Totla DNA, cfDNA, FFPE RNA
-
Magnetic Microspheres applications: Bact DNA, Genome DNA, Virus, DNA/RNA, Total RNA. MA0308C and MA0309C differ by the Carboxylgroup content. MA0308C is slightly more hydrophilic.
-
Magnetic Microspheres applications: FFPE DNA/RNA, Genome DNA. MA0308C and MA0309C differ by the Carboxylgroup content. MA0309C is slightly more hydrophobic.
-
Immobilize specific antibody to the functionalised magnetic beads. The concentration of captured antigen from samples on the beads is analysed by CLIA
-
Immobilize specific antibody to the functionalised magnetic beads. The concentration of captured antigen from samples on the beads is analysed by CLIA
-
Magnetic Microspheres applications: Virus, DNA/RNA, Totla DNA, cfDNA, FFPE RNA
-
Magnetic Microspheres applications: cfDNA, Genome DNA, FFPE DNA
-
Immobilize specific biotinilated antibody to the streptavidin coated magnetic beads. The concentration of captured antigen from samples on the beads is analysed by CLIA
-
Magnetic Microspheres applications: Virus, DNA/RNA, Totla DNA, cfDNA, FFPE RNA
