Analyze your cells at any subcellular level. The MACSmolecular product portfolio provides innovative kits and reagents for convenient and sensitive isolation and analysis of mRNA
, or organelles
. Choose from a wide range of solutions for manual, low-throughput applications up to fully automated, high-throughput processing.
Click on the appropriate tab below and see how we can help you to get the best results out of your precious cell samples. Let us help you with your research.
Nucleic acid research
Unmatched sensitivity in RNA research
Comprehensive solutions for gene expression, microRNA expression, and DNA typing analysis. Save time and enjoy unmatched sensitivity.
Protein isolation and analysis
An extensive portfolio for fast, convenient, and sensitive protein isolation and analysis.
HIV-1 isolation and enhanced HIV delivery
Isolate HIV-1 in less than an hour and start with any material. Use the HIV Infectivity Enhancement Reagent to increase infection of target cells by 100-fold.
Magnetic isolation of cell organelles and exosomes
Standardized tissue homogenization and cell lysis for downstream magnetic mitochondria isolation. And all this in less than three hours.
Transfection and transduction
Transfection, magnetic enrichment of transfected cells and viral transduction
Save time while enjoying sensitive and specific magnetic enrichment of transfected cells and efficient viral transduction.
Automate your virus and biomolecule isolation
Check out the MultiMACS™ M96/M96thermo Separators for proteomics and molecular biology applications. They run either manually or automatically with the capacity to flexibly process 8–96 samples in parallel.
MACS® Separators for molecular biology
Separate biomolecule fast and easily with the manual separators and take advantage of the revolutionary characteristics.
Columns and consumables
Consumables for biomolecule and virus isolation
Tailored consumables for biomolecule, HIV, organelle isolation, transfected cell enrichment and transduction.
Molecular plant science
Advancing molecular plant science
From plant sample homogenization to molecular applications i.e. immunoprecipitation, mRNA isolation and direct in-column cDNA synthesis.