Antibody Arrays

This RayPlex® kit is a cytometric bead array to quantitatively measure 13 human biomarkers associated with mesenchymal stem cells by flow cytometry. The assay has been optimized for serum and cell culture supernatant.

This RayPlex® kit is a cytometric bead array to quantitatively measure 13 human biomarkers associated with mesenchymal stem cells by flow cytometry. The assay has been optimized for serum and cell culture supernatant.

This RayPlex® kit is a cytometric bead array to quantitatively measure 13 human biomarkers associated with mesenchymal stem cells by flow cytometry. The assay has been optimized for serum and cell culture supernatant.

This RayPlex® kit is a cytometric bead array to quantitatively measure, by flow cytometry, 6, 7, or 14 human cytokines (see target panel options), which are secreted by T helper (Th) cells. The assay has been optimized for serum and cell culture supernatant.

This RayPlex® kit is a cytometric bead array to quantitatively measure, by flow cytometry, 6, 7, or 14 human cytokines (see target panel options), which are secreted by T helper (Th) cells. The assay has been optimized for serum and cell culture supernatant.

This RayPlex® kit is a cytometric bead array to quantitatively measure, by flow cytometry, 6, 7, or 14 human cytokines (see target panel options), which are secreted by T helper (Th) cells. The assay has been optimized for serum and cell culture supernatant.

This RayPlex® kit is a cytometric bead array to quantitatively measure, by flow cytometry, 6, 7, or 14 human cytokines (see target panel options), which are secreted by T helper (Th) cells. The assay has been optimized for serum and cell culture supernatant.

This RayPlex® kit is a cytometric bead array to quantitatively measure, by flow cytometry, 13 key mouse inflammatory cytokines. The assay has been optimized for serum and cell culture supernatant.

This RayPlex® kit is a cytometric bead array to quantitatively measure, by flow cytometry, 13 key mouse inflammatory cytokines. The assay has been optimized for serum and cell culture supernatant.