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How to Properly Pipet | SMC^® Technology

Uncover step-by-step pipetting techniques for forward pipetting and reverse pipetting to learn how to properly pipet and get the most out of your Single Molecule Counting (SMC®) assays.

SMCxPRO® Immunoassay Platform

Explore the affordable SMCxPRO® immunoassay platform for ultrasensitive biomarker detection. See how you can reliably detect low-level proteins down to the femtogram/mL.

SMCxPRO® Platform: Best Practices

Uncover best practices on SMCxPRO® instrument use, including basic instrument maintenance guidelines, 384-well read plate handling, and FAQs on SMC® assays.

Custom Assay Development & Innovation (CADI) FAQs

Find answers to frequently asked questions (FAQs) about our Custom Assay Development & Innovation (CADI) services, including questions for sample testing on the SMC® platform.

BioTek^® Plate Washer Maintenance | SMC^® Technology

Uncover tips and proper protocols for maintenance of BioTek® plate washers for SMC® assays.

BioTek® 405™TSUVS Plate Washer For SMC® and MILLIPLEX® Assays

Learn how the BioTek® 405™TSUVS Plate Washer for SMC® and MILLIPLEX® Assays offers thorough bead washing for consistent assay performance.

How High Sensitivity Immunogenicity Assays Overcome ADA Detection Challenges

How High Sensitivity Immunogenicity Assays Overcome the Challenges of Anti-Drug Antibody (ADA) Detection

Drug Development Research | SMC^® Technology

Learn how ultrasensitive biomarker detection platforms, such as the Single Molecule Counting (SMC®) technology platform, can enable the acceleration of drug development research programs through enhanced PK/PD and immunogenicity testing.

Immunoassays for Cosmetics and Personal Care Research

Learn how immunoassays are used in cosmetics and personal care research to discover potential harmful effects of cosmetics products, and assess markers of inflammation, sensitization, aging, and tissue regeneration among others.

Early Detection of Cardiotoxicity Biomarkers | SMC^® Technology

Cardiotoxicity biomarkers like cardiac troponin I (cTnI) in serum samples can be detected earlier with the ultrasensitive biomarker detection SMC® immunoassay platform. Discover the utility of Single Molecule Counting (SMC®) technology for the early assessment of heart muscle injury in

How to Run SMC^® Assays

See how to run SMC® assays with short videos of reconstituting standards, preparing and dispensing beads/detection antibody, and elution and neutralization.

High-Sensitivity Immunoassays in PK/PD | SMC^® Technology

Explore this review of high-sensitivity immunoassays in PK/PD studies to see different case studies showing how ultrasensitive immunoassay technology, such as SMC® technology, is used for PK/PD profiling.

How to Automate SMC^® Assays on the AAW™ Workstation

Read an automated protocol for SMC® immunoassays on the AAW™ automated assay workstation and compare manual vs automated runs.

Integrating Multiplex and High Sensitivity Immunoassay Detection of Alzheimer’s Disease Biomarkers

Learn how to integrate multiplex and high sensitivity immunoassay technology to further neuroscience research with MILLIPLEX® multiplex and Single Molecule Counting (SMC®) high sensitivity immunoassay detection of Alzheimer’s disease (AD) biomarkers in human cerebrospinal fluid, plasma, and serum samples.

How to Automate the SMC® Immunoassay Workflow

Reduce sources of error and variability in sensitive methods to quantify biomarkers by automating the SMC® immunoassay workflow with the Hamilton Microlab® STARlet liquid handling workstation.

Tips & Tricks | High Sensitivity Biomarker Analysis Guide| SMC® Technology

View tips and tricks on high sensitivity biomarker analysis with SMC® technology, including ways to optimize the SMCxPRO® detection platform and SMC® workflows.

Optimize Sample Performance with the SMC^® Plate Washer Evaluation Kit

Learn how to optimize your plate washer performance with the SMC® Plate Washer Evaluation Kit and assay precious samples with confidence.

Overview of Ultrasensitive Immunoassay Technology | SMC^® Technology

Explore ultrasensitive immunoassay technology with SMC® technology, including its biomarker detection platform, advantages of high sensitivity assays, and more.

How to Seal SMCxPRO^® Read Plates | SMC^® Technology

View step-by-step plate sealing techniques for how to properly seal 384-well read plates for the SMCxPRO® platform using an adhesive aluminum plate seal and a plate sealer roller to ensure your run goes smoothly.

Custom Assay Development & Innovation | Custom Services for Immunoassays

Custom immunoassay development services are available with our Custom Assay Development & Innovation (CADI) team. These services include custom assays, switching immunoassay formats, custom reagents, and sample testing.

How to Select Your Immunoassay Platform

Explore how to select the best immunoassay platform for your research by choosing between multiplex and singleplex biomarker detection assays, immunoassay instrument platforms, immunoassay software, and services.

Importance of Verification for High-Sensitivity Immunoassays| SMC^® Technology

Learn why rigorous verification is important for high-sensitivity immunoassays and see how the verification criteria of ultrasensitive SMC® assays help deliver results researchers can trust.

Power of High Sensitivity Immunology Assays| SMC^® Technology

Use the power of high sensitivity immunology assays with SMC® technology to precisely characterize low-abundant cytokines like those from Th1/Th2 and Th17 cells.

How High Sensitivity Immunoassays Expand Neuroscience Research | SMC^® Technology

Discover how to expand neuroscience biomarker research with high sensitivity immunoassays, such as Single Molecule Counting (SMC®) assays. These assays give researchers the tools they need to detect low-abundant blood-based biomarkers and expand biomarker options in neuroscience research.