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The 200 cm µPACᵀᴹ column provides the ultra-high resolution needed to extract the maximum amount of information from highly complex samples. Dig deeper into the proteome, metabolome or lipidome, or detect minor contaminations or very subtle variations between biomolecules. This is possible by using longer gradients enabled by the benefits of perfect order.
The column is compatible with all commercially available nano-LC systems, and can be integrated smoothly in any experimental set-up.
Must be used in combination with a grounding cable and preferably with a connecting capillary.
Obtain more than double the protein identifications than on a 40 cm packed bed column as demonstrated in this webinar.
µPACᵀᴹ provides comprehensive coverage in single shot proteome analysis, nearing the mark of 10,000 identifications. Discover the results in our executive summary or webinar.
Each column has been manufactured by etching channels and pillar arrays out of a solid silicon wafer. The column is perfectly bidirectional and contains no particles or frits. This prevents blockages and retention time variation over multiple runs. Run your entire project on a single column.
Each column is manufactured using the same lithographic mask, making every column identical. Replace μPACᵀᴹs without retention time shifts. Obtain results over time and across laboratories, sufficiently consistent for big data analysis.
The column can be operated at moderate LC pump pressures up to 350 bar over a wide range of flow rates (100 – 1,000 nL/min).
The use of micro Pillar Array Columns (μPACᵀᴹ) for monoclonal antibody (mAb) peptide mapping is presented. Herceptine® (trastuzumab) originator and candidate biosimilar tryptic digests were …
The use of micro Pillar Array Columns (μPACᵀᴹ) for monoclonal antibody (mAb) peptide mapping is presented. Remicade® (infliximab) originator and candidate biosimilar tryptic digests were …
Reversed phase cytochrome c tryptic digest separations are routinely employed for the analysis/quality control of HPLC column performance towards proteomics applications. Easily detectable in UV …
Ceramides, a subclass of sphingolipids, are found in all tissues of the human body. The largest diversity is detected in human skin, more specifically in …
Metabolic profiling studies have become indispensable in a wide range of research fields; including biomarker and drug discovery, toxicology, ‘foodomics’ and plant sciences. Given its …
Over the recent months, PharmaFluidics has focused on scaling up production of its μPAC™ nano-LC columns in response to a surge in customer demand and …
Did you miss one of our webinars about our µPAC™ technology? Watch them on-demand below! A New LC Approach to Complex Biological Samples by using …
A Novel Nanoflow LC–MS Approach for Bottom-up Proteomics Using the 200 cm long µPAC™ column Bottom-up proteomics using 50 to 100 µm C18 packed capillaries …
A New LC Approach to Complex Biological Samples by using micro Pillar Array Columns In the last decades, several advances have been made in liquid …
Within a rapidly growing biopharmaceutical market, there is an increasing demand for the development of a rising number of biotherapeutic protein drugs, such as monoclonal …
In this webcast, several workflows will be shown. The first part will discuss our collaboration with the researchers from Biognosys, working on a comprehensive proteomics …