Peptide pools for T cell stimulation | Miltenyi Biotec

Research grade

With an average purity of 70%, they combine state-of-the-art peptide production and purification with broadest antigen choice.

Premium grade

These peptides are purified to >80% by HPLC and are endotoxin tested. Two convenient sizes are available, for stimulation of 10⁸ or 10⁹ cells.

MACS® GMP Grade

When you are developing your research towards clinical applications, choose from this portfolio of GMP-grade peptide pools.

Designed for the stimulation of CD4⁺ and CD8⁺ T cells
Optimized for the use with the CliniMACS® System
Constantly growing product portfolio

MACS® GMP-Grade PepTivator® Peptide Pools consist of lyophilized overlapping oligopeptides (mainly 15-mer), covering the complete sequence of the respective antigen. PepTivator Peptide Pools, recombinant proteins, and lysates have been designed for efficient in vitro stimulation and subsequent isolation of antigen-specific CD4⁺ and CD8⁺ T cells. These products have been developed for the separation with the CliniMACS Cytokine Capture System and are manufactured under strict quality assessment and in accordance with relevant GMP guidelines.

96-well format peptide pools for high-throughput T cell activation

Combine multiple antigens on one assay plate for greater flexibility
Stimulate, culture, stain, and analyze cells directly on the same plate
Save time and hassle – no aliquoting necessary

Now you can perform in vitro stimulation of human antigen-specific T cells in a convenient, 96-well plate format. PepTivator HT provide quality synthetic peptide pools to enable high-throughput applications.

Simply combining modular antigen-specific strips on a single 96-well plate.

Assemble your customized assay by simply combining modular antigen-specific strips on a single plate. This level of absolute flexibility leaves you in full control of your experimental setup. A control strip can also be easily added. More flexibility, greater convenience, and comprehensive support from the experts in T cells.