UHPLC kolonner fra Pharma Fluidics Arkiv

MICRO-PAC™ – PILLAR ARRAY COLUMNS – A NEW GENERATION OF HPLC COLUMNS

Detect more molecules, with higher sensitivity, in tiny, complex biological samples

Micro-pillar array columns (µPAC™) deliver high peak capacity even at long gradient times, with high reproducibility, sensitivity, and precision.
They produce lower backpressure than conventionally packed columns.
They have excellent scalability for proteomic experiments and they deliver robust separations.
When used in combination with DIA methods, they enable single-shot comprehensive proteome analysis delivering more than 9,000 protein identifications in about six hours

Thanks to the unique pillar array technology, all columns ensure an optimal performance and an unprecedented reproducibility and robustness. They are compatible with all commercially available low flow LC systems, and can be integrated smoothly in your experimental set-up. According to the specific demands of your separation challenge, configurations compatible with nano, capillary and microliter flow rate can be provided.

The current µPACᵀᴹ columns’ C18 stationary phase chemistry focuses on reversed phase HPLC for applications in proteomics, metabolomics, lipidomics and biopharmaceuticals. µPACᵀᴹ excels in conditions requiring excellent separation and sensitivity
Discovering new biomarkers is like finding needles in a haystack. Achieve more identifications from samples with a large dynamic range
Some compounds, like isomeric forms, are difficult to separate. Perform inter- and intra-class separation of human blood plasma lipids, resulting in high lipidome coverage
An in-depth characterization of new biologicals or biosimilars is an essential step in the approval process. Identify point mutations and post-translational modifications in monoclonal antibodies.

NANO LC

200 cm µPACᵀᴹ column
For a deep coverage of highly complex samples with long gradient times delivering the highest chromatographic performance.

50 cm µPACᵀᴹ column
For robust routine high-throughput proteomics workflows combining faster analyses with superior performance and improved reproducibility, even with limited sample amounts.