Singleplex and Multiplex Bead Based Immunoassays
Meso Scale Discovery UPLEX HUM Factor VII ASY384
The Meso Scale Discovery U-PLEX Human Factor VII 384-Well Assay Kit is a 384-well electrochemiluminescent immunoassay for the quantitative measurement of Factor VII in human serum plasma and cell culture supernatants It utilizes MSD s proprietary SULFO-TAG labels and multi-array plate technology to provide a sensitive and reproducible assay with a broad dynamic range This multiplexed assay allows high-throughput analysis of Factor VII levels with low sample volume requirements The kit includes a 384-well plate coated with capture antibodies detection antibodies conjugated to ruthenium labels calibrators and reagents required to perform the assay
Meso Scale Discovery U-PLEX Human IL-22 ASYQP
The U-PLEX Human IL-22 Assay (K151WIK) is a multiplex immunoassay kit from Meso Scale Discovery for quantitative measurement of interleukin-22 in human biological samples This electrochemiluminescence-based assay offers high sensitivity wide dynamic range and minimal sample volume requirements The kit includes pre-coated plates detection antibodies calibrators and all necessary reagents for reliable IL-22 quantification in research applications
Meso Scale Discovery V-PLEX Plus GLP-1 Active Kit
The Meso Scale Discovery V-PLEX Plus GLP-1 Active Kit quantitatively measures active GLP-1 in serum plasma and cell culture supernatants This electrochemiluminescent immunoassay uses MSD s SULFO-TAG labels and multi-array technology for sensitive detection It includes a 96-well plate with a GLP-1 capture antibody a detection antibody with an MSD SULFO-TAG and calibrators and controls for a standard curve With a 2-hour sample incubation and minimal hands-on time it enables high-throughput quantification of active GLP-1
Meso Scale Discovery UPLEX Metabolic Combo 2 hu
The U-PLEX Metabolic Combo 2 Human Kit from Meso Scale Discovery is a multiplex immunoassay kit that allows simultaneous measurement of insulin leptin PAI-1 active resistin and TNF-alpha in human serum plasma and cell culture supernatants The kit contains a 96-well plate coated with capture antibodies detection antibodies Read Buffer Diluent 2 Calibrator Blend and Wash Buffer The electrochemiluminescent assay takes approximately 4 hours to complete and has a detection range of 0 05-2500 pg/mL across the analytes This quantitative immunoassay provides high sensitivity and requires low sample volume
Meso Scale Discovery U-PLEX Mouse IL-15 ASYQP
The MSD U-PLEX Mouse IL-15 Singleplex Assay is an electrochemiluminescence-based immunoassay kit designed for quantitative measurement of interleukin-15 protein levels in mouse biological samples This singleplex format allows focused analysis of IL-15 a cytokine involved in immune cell activation and proliferation The U-PLEX platform offers high sensitivity wide dynamic range and minimal sample volume requirements making it suitable for research applications in immunology inflammation studies and biomarker discovery
Meso Scale Discovery U-PLEX NHP IL-6 ASY
The Meso Scale Discovery U-PLEX NHP IL-6 Assay is an electrochemiluminescent immunoassay for the quantitative measurement of human interleukin 6 (IL-6) in serum plasma and cell culture supernatants It utilizes MSD s proprietary SECTOR Imager 6000 for high sensitivity and a wide dynamic range The assay has high specificity for IL-6 with no cross-reactivity to other cytokines It requires low sample volume and has a rapid procedure time of 3 5 hours The kit includes a 96-well plate coated with IL-6 capture antibody detection antibody read buffer calibrator diluent wash buffer and a vial of lyophilized calibrator
Meso Scale Discovery UPLEX HUM BAF/TNFRSF13C ASYQP
The Meso Scale Discovery U-PLEX Human BAFF/TNFRSF13C Assay is a multiplex immunoassay kit that enables simultaneous quantitative measurement of BAFF and TNFRSF13C in human serum plasma and cell culture supernatants It utilizes MSD s electrochemiluminescent detection technology and provides high sensitivity up to 5-logs of dynamic range and low sample volume requirements The assay requires 50 L of sample and can be read on MSD s SECTOR Imager 6000 It includes a plate coated with capture antibodies detection antibodies and calibrators and controls needed to generate a standard curve and measure BAFF and TNFRSF13C concentrations
Meso Scale Discovery U-PLEX NHP TGF-B1 ASY384-well
The Meso Scale Discovery U-PLEX TGF-beta 1 Kit is a singleplex assay for measuring TGF-beta 1 in non-human primate serum plasma and cell culture supernatants It uses MSD s SULFO-TAG labels and multi-array plate technology for sensitive accurate quantification with a broad dynamic range The kit includes a 96-well plate with capture antibody detection antibody with ruthenium label calibrators and necessary reagents Results are analyzed on the MESO QuickPlex SQ 120 instrument offering a simple rapid method for research applications
Meso Scale Discovery R-PLEX Human Procalcitonin ASY
The R-PLEX Human Procalcitonin Assay from Meso Scale Diagnostics is a quantitative electrochemiluminescent immunoassay for the in vitro diagnostic measurement of procalcitonin in human serum plasma and whole blood This assay utilizes MSD s proprietary SECTOR Imager 6000 for high sensitivity and broad dynamic range The assay has a measuring range of 0 02 - 75 ng/mL PCT with an LLOQ of 0 02 ng/mL The total assay time is approximately 3 5 hours This assay provides a precise accurate method to aid in the risk assessment of critically ill patients for progression to severe sepsis and septic shock
Meso Scale Discovery UPLEX HUM LIGHT/TNFSF14 ASYQP
The Meso Scale Discovery U-PLEX Human Light TNF Superfamily Member 14 Assay is a multiplex immunoassay for measuring TNFSF14 levels in human serum plasma and cell culture supernatant It uses electrochemiluminescence detection offering high sensitivity a 5-log dynamic range and low sample use Requiring 50 L or less it is compatible with MESO QuickPlex SQ 120 SQ 120 Pro and SECTOR S 600 It measures TNFSF14 from 0 06 to 2500 pg/mL with 10% CV precision enabling rapid reproducible quantification
Meso Scale Discovery V-PLEX Mouse KC/GRO Kit
The V-PLEX Mouse KC/GRO Kit from Meso Scale Discovery is a multiplex immunoassay kit that allows for the simultaneous quantitative measurement of mouse keratinocyte chemoattractant (KC) and growth regulated oncogene (GRO) in serum plasma and cell culture supernatants The kit contains a 96-well plate coated with capture antibodies detection antibodies Read Buffer Calibrator Diluent wash buffer and standards to generate a standard curve The electrochemiluminescent detection method provides high sensitivity wide dynamic range and requires low sample volume This product can aid in understanding immune response and inflammation in mouse models
Biolegend LEGENDplex™ Human sST2 Capture Bead A4, 13X
LEGENDplex™ Human sST2 Capture Bead A4, 13X Reactivity: Human; Apps: Multiplex - Component; Size: 100 tests (270 uL)
Meso Scale Discovery S-PLEX NHP IL-1B KitQP
The K156ADSS-21 is a 21-inch LCD monitor from Mesoscale It has a resolution of 1920 x 1080 pixels a brightness of 250 cd/m2 a contrast ratio of 1000 1 and a response time of 5 ms The monitor has VGA DVI-D and DisplayPort inputs and comes with a 3-year warranty It is designed for general office and business applications The slim bezel design allows for multi-monitor setups Overall the K156ADSS-21 provides a high quality display at an affordable price point
Meso Scale Discovery V-PLEX Plus Mouse IL-6 Kit
Meso Scale Diagnostics offers the V-PLEX Plus Cytokine Panel 1 (human) Kit which is used to simultaneously quantify multiple protein biomarkers in serum plasma and culture supernatants This electrochemiluminescence immunoassay allows researchers to accurately measure up to 10 cytokines and chemokines (IFN- IL-10 IL-12p70 IL-13 IL-1 IL-2 IL-4 IL-6 IL-8 TNF- ) from a single small sample volume The kit provides high sensitivity a broad dynamic range and requires less hands-on time compared to traditional ELISA assays With a streamlined and optimized protocol the V-PLEX Plus Cytokine Panel 1 Kit enables efficient and reproducible analysis of cytokine signaling networks