Singleplex and Multiplex Bead Based Immunoassays
BIOCLONE INC BCMAG NHS-ACTV MG BEAD BUF KT
BCMAG NHS-ACTIVATED MAGNETIC BEADS CONJUGATION BUFFER KIT
Meso Scale Discovery UPLEX HUM PDL1 epitope 2 ASY
The Meso Scale Discovery U-PLEX Human PD-L1 Epitope 2 Assay is a multiplex immunoassay kit for detecting and quantifying PD-L1 and other biomarkers in human samples It uses MSD s electrochemiluminescent technology offering high sensitivity a dynamic range of up to 5 logs and compatibility with serum plasma and cell culture supernatants The kit includes a 96-well plate with capture antibodies detection antibodies calibrators controls read buffer sample diluent and plate seals facilitating efficient measurement of biomarkers for cancer immunotherapy research
Meso Scale Discovery R-PLEX Human HGF ASYQP
The R-PLEX Human HGF Assay Kit from Meso Scale Discovery is a multiplex immunoassay that measures human hepatocyte growth factor (HGF) in serum plasma and cell culture supernatants The assay uses electrochemiluminescence (ECL) detection technology and provides high sensitivity broad dynamic range and intra- and inter-assay precision This kit includes a 96-well plate coated with capture antibody detection antibody read buffer calibrator diluent wash buffer and a vial of lyophilized calibrator The assay has a typical sensitivity of 0 3 pg/mL and an upper limit of quantification of 10 000 pg/mL
Meso Scale Discovery UPLEX HUM PDL1 epitope 2 ASYQP
The Meso Scale Discovery U-PLEX Human PD-L1 Epitope 2 Assay is a multiplex immunoassay kit that enables simultaneous detection and quantification of PD-L1 and other biomarkers from human samples It utilizes MSD s proprietary electrochemiluminescent detection technology and provides high sensitivity up to 5 logs of dynamic range and compatibility with a variety of sample types including serum plasma and cell culture supernatants This assay kit includes a 96-well plate pre-coated with capture antibodies detection antibodies and calibrators to generate a standard curve It allows for efficient and reproducible analysis of PD-L1 expression alongside other immune checkpoint biomarkers
Meso Scale Discovery R-PLEX Human Ep-CAM ASYQP
The R-PLEX Human EP CAM Assay is a multiplex immunoassay panel that measures EPCAM in human serum plasma and cell culture supernatants It utilizes electrochemiluminescence (ECL) detection technology and provides high sensitivity broad dynamic range and requires low sample volume This assay allows simultaneous measurement of EPCAM along with other biomarkers It has been validated on the MESO QuickPlex SQ 120 instrument and is suitable for cancer research and biomarker discovery The panel contains a plate coated with capture antibodies detection antibodies calibrators and controls The assay takes 3 5 hours to complete
Meso Scale Discovery UPLEX HUM RAGE soluble ASY
The Meso Scale Discovery U-PLEX Human RAGE Soluble Assay is an electrochemiluminescent immunoassay for the quantitative measurement of Receptor for Advanced Glycation Endproducts (RAGE) in human serum plasma and cell culture supernatants This assay uses MSD s proprietary SULFO-TAG labels and multi-array technology to provide sensitive and rapid detection of soluble RAGE The assay has a detection range of 50-10 000 pg/mL and exhibits minimal cross-reactivity to related analytes Each kit provides sufficient reagents to perform up to 100 tests in a 96-well plate format This product can aid in studying inflammatory conditions where RAGE signaling plays a role
Meso Scale Discovery R-PLEX Human cIAP2 ASYQP
The R-PLEX Human CIAP2 Assay Kit from Meso Scale Discovery is a multiplex immunoassay that measures the levels of cellular inhibitor of apoptosis protein 2 (CIAP2) in human serum plasma and cell culture supernatants This assay utilizes electrochemiluminescence (ECL) detection technology and provides high sensitivity broad dynamic range and requires low sample volume The kit includes a 96-well plate coated with capture antibody detection antibody read buffer wash buffer blocker solutions calibrator and controls This assay allows for the quantitative measurement of CIAP2 which plays a role in inhibiting apoptosis and promoting cell survival
Meso Scale Discovery U-PLEX Human P-Selectin ASYQP
The Meso Scale Discovery U-PLEX Human P-Selectin Assay is a multiplex immunoassay kit for measuring P-selectin in human serum plasma and cell culture supernatants It uses electrochemiluminescence detection for high sensitivity and rapid results Requiring 50 L or less sample volume it is compatible with MSD instruments The kit includes a 96-well plate with capture antibodies detection antibodies and necessary calibrators and controls This assay enables sensitive reproducible quantification of P-selectin a key biomarker of platelet activation
Meso Scale Discovery U-PLEX Human MMP-7 ASY
The Meso Scale Discovery U-PLEX Human MMP-7 Assay is an electrochemiluminescent immunoassay for the quantitative measurement of MMP-7 in human serum plasma and cell culture supernatants The assay uses MSD s proprietary SULFO-TAG labels and multi-array technology to provide sensitive and rapid detection of MMP-7 levels down to 0 04 ng/mL The assay can be fully automated on MSD s SECTOR Imager platform and has a total assay time of 3 5 hours for 96 tests The assay kit includes a 96-well plate coated with capture antibody detection antibody labeled with MSD SULFO-TAG calibrators and assay diluent The assay has high specificity for active MMP-7 with no cross-reactivity to other MMPs
Meso Scale Discovery UPLEX HUM LIGHT/TNFSF14 ASYQP
The Meso Scale Discovery U-PLEX Human Light TNF Superfamily Member 14 (TNFSF14) Assay is a multiplex immunoassay that measures TNFSF14 levels in human serum plasma and cell culture supernatants This assay uses electrochemiluminescence (ECL) detection technology and provides high sensitivity up to 5-logs of dynamic range and low sample consumption The assay requires 50 L of sample and can be read on MSD instrument platforms The U-PLEX format allows simultaneous measurement of TNFSF14 with other biomarkers This assay could be useful for studying TNFSF14 biology and immune function