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Highly Reproducible Solid Phase Extraction
Product News

Highly Reproducible Solid Phase Extraction

Highly Reproducible Solid Phase Extraction
Product News

Highly Reproducible Solid Phase Extraction


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Porvair Sciences have announced Microlute™ CP, a new generation of Solid Phase Extraction (SPE) 96-well microplates and cartridges that aim to take SPE to a new level of performance by enhancing the reproducibility of analyte extraction and recovery from biological, environmental and chemical samples.

Unlike traditional loose-packed SPE methods, Microlute CP uses a hybrid structure, a solid interconnected network of evenly distributed pores combined with the retentive media. This is designed to enhance the flow-through of samples to maximise interactions between analytes and the solid phase to deliver an unmatched reproducible SPE method that excels in performance, cleanliness and sensitivity.

Microlute CP microplates and cartridges benefit from a recent technological development which enables immobilization of active media within the structure of Vyon®, a porous plastic to form a structured interconnected network of even distributed pores. This hybrid technology results in the formation of a chemically active porous filter.

The porous properties of Microlute CP are intended to allow for consistent and controlled flow of samples throughout the filter leading to overall better extraction and recovery performance.  Meanwhile, the single solid structure used in Microlute CP plates eliminates the need for multiple porous filters for media support which can further disrupt flow rates and lead to unwanted material breakthrough. These technological advances have given rise to a new SPE methodology that extracts and cleans up samples with enhanced reproducibility (< 4% RSD). With no flow-through or packing variability, Microlute CP is a suitable SPE sample preparation tool for high throughput analysis.

Other benefits of the efficient sample clean-up and concentration provided by Microlute CP include cost savings due to reduced need for replicating results; reduced analysis time due to the even emptying of wells; less solvent use compared to LLE and SLE methods as well as increased limit of detection (LoD) and quantification (LoQ). In addition, Microlute CP can deliver cleaner samples, which can allow for longer column life and reduced system downtime.

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