Bruker IsoPlexis ISOLIGHT-1000-1 Single Cell Secreted Protein Analysis System

The Bruker IsoPlexis ISOLIGHT-1000-1 Single Cell Secreted Protein Analysis System is an advanced microfluidic platform specialized for high-resolution, single-cell secretome characterization. This benchtop instrument enables precise multiplexed detection of up to 36 analytes per isolated cell, making it critical in applications such as immuno-oncology, molecular diagnostics, and bioprocessing workflows.

Key technical specifications include:

This system incorporates innovative microfluidic technology enabling sensitive cytokine, chemokine, and protein profiling at single-cell resolution. It is widely adopted in synthetic biology research and molecular biology laboratories and is essential for molecular cloning workflows, biotherapeutic development, and immunological function assessment.

Applications encompass:

Because it offers multiplexed cytokine profiling with high sensitivity and rapid analysis, the ISOLIGHT-1000-1 is critical for biotechnology professionals working on biomarker discovery and biomanufacturing pipelines. It supports detailed immune cell functional profiling, making it pivotal in molecular diagnostics and live-cell immune monitoring.

Consumables & Support: Consumables such as disposable IsoCode chips and reagent cartridges are required and not included. The system is supported by Bruker with warranty and optional service agreements to ensure operational reliability and technical support.

This instrument has been tested for key functionalities—including power, touchscreen, pressure sensor, and LED controls—ensuring full operational status for pre-owned sales. It is suitable for university, clinical, or industrial lab environments requiring robust single-cell secreted protein analysis instrumentation.

Primary keywords: single cell protein analysis system, multiplex cytokine profiling, secretome analysis platform, immuno-oncology research equipment, microfluidic immune profiling
Long-tail keyword phrases: essential for molecular cloning workflows, widely adopted in synthetic biology research, critical in biopharmaceutical production pipelines, popular among molecular biology researchers, high-throughput single-cell cytokine detection system.