PharmaFluidics extends product range for its µPACᵀᴹ chromatography chips to serve new biopharma markets

10 Feb 2020
Diane Li
Assistant Editor

PharmaFluidics, an innovative player in the field of analytical chromatography, has announced a product range extension into capillary flow rate liquid chromatography (capillary LC). PharmaFluidics initiates commercial supplies of its new µPACᵀᴹ capLC column, bringing unprecedented sensitivity, reproducibility and robustness to a new range of customers worldwide, including the biopharmaceutical industry. PharmaFluidics’ unique high-resolution µPAC™ microChip technology enables separation and detection of individual compounds in complex biological samples such as biopsies, proteome digests, culture media or biopharmaceutical actives, with unmatched precision.

Micro-Chip Chromatography - From nanoflow rates to capillary flow rates

Building upon their award-winning micro Pillar Array technology (µPACᵀᴹ), the new µPACᵀᴹ capLC column can be operated at capillary flow rates of 1-15 µL/min. This complements the company’s highly successful and record-setting µPACᵀᴹ nanoLC columns, operated at 0.1 to 1.5 µL/min. These ten-fold higher flow rates enable the µPACᵀᴹ technology to be used in a broad range of new markets including bioanalytical testing, or (clinical) proteomics and metabolomics. The new µPACᵀᴹ capLC column is compatible with all commercially available capillary LC systems and can be integrated smoothly in any capillary LC workflow or experimental set-up.

New biopharma markets to serve

Biopharmaceuticals currently account for 25% of the total pharmaceutical market and monoclonal antibodies (mAbs) are the fastest growing class of therapeutics. The characterization of both new molecules and biosimilars, requires powerful analytical tools. The mAb downstream purification process also needs to be monitored closely, as host-cell proteins — byproducts of the production process — can greatly affect the efficiency or the safety of the end product. The µPACᵀᴹ technology has already demonstrated its value in these applications. The new µPACᵀᴹ capLC column translates these benefits to the operating conditions these industries are routinely working with, allowing them to perform highly sensitive and robust analyses in high throughput.

Katrien Vanhonacker, PharmaFluidics VP Business Development & Sales, says: “This new column is an important addition to our product portfolio. It shows that PharmaFluidics has the technical capability to grow beyond the nanoflow market. The new µPACᵀᴹ capLC column gives us access to a larger instrument installed base and will open doors to new markets. The column will serve the needs of the analytical audience looking for high sensitivity under very robust and reproducible conditions. Therefore, the bioanalytical labs of the biopharma industry are very interested and highly anticipate our solution. Even before the product launch, we have already received requests for applications like host cell protein testing.”

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µPAC™ Trapping column

PharmaFluidics

Our µPAC™ Trapping column was developed with an identical stationary phase support morphology, matching perfectly the retentive properties of our analytical µPAC™ columns. Effectively desalting and preconcentrating the analytes improves the analytical column lifetime and workflow throughput.

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50 cm µPAC™ column

PharmaFluidics

With an internal volume of 3µL, this 50 cm long RP-C18 µPAC™ column is perfectly suited to perform high throughput analyses with shorter gradi­ent solvent times (30, 60 and 90-minute gradients) and it can be used over a wide range of flow rates, between 100 and 2000 nL/min. µPAC™ column, 50 cm length, with pillar array backbone at interpillar distance of 2.5µm, C18.

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200 cm µPAC™ column

PharmaFluidics

As an alternative to conventional columns, PharmaFluidics offers micromachined nano-LC columns or micro Pillar Array Columns (µPAC™). These µPAC™ columns display exceptional separation properties with unprecedented peak capacity and narrow peak shapes at low operating back-pressure. µPAC™ column, 200 cm length, with pillar array backbone at interpillar distance of 2.5µm, C18.

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