Applications for ePrep and µSPEed cartridges

If you have a new and exciting ePrep or µSPEed applications let us know by using the form below. We'd like to include your work in our library - we'll give credit for your work.

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Applications Literature

Calibration Standards Preparation at Ultra Trace Levels (ppt) for ICP-MS Elemental Nanoparticle Analysis

September 01, 2019

Part #98-35019-01 (96-10019-01) 

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Comparison of high-throughput microextraction techniques, MEPS and μSPEed, for the determination of Polyphenols in Baby Food 2019

June 05, 2019

Part #98-35018-01 (96-10018-01)

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Immunoaffinity and Enzymatic reactor µSPEed cartridges for rapid Protein Isolation and Digest

May 31, 2019

Part #98-35017-01 (96-10017-01)

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Accurate, Robotic Preparation of EPA Method Standards - Using the ePrep Sample Preparation Workstation

April 15, 2019

Part #98-35014-01 (96-10014-01)

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Analyical Accuracy and Precision - ePrep Instrument Performance

July 11, 2019

Part #98-35013-01 (96-10013-03)

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Combining µSPEed and ePrep for River Water Trace Pesticide Analysis without Surrogate Standards

January 01, 2020

Part #98-35012-01 (96-10012-01)

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Explosive Residues in Sedimentary River Water by µSPEed/ePrep (EPA 8330, 3535A)

April 11, 2019

Part #98-35011-01 (96-10011-01) 

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μSPEed-Cxyl microreactor Cartridges – in-situ Trypsin, immobilisation

April 14, 2019

Part #98-35010-01 (96-10010-03)

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PFAS’s by Automated mixed-mode µSPEed cartridges on ePrep Environmental Application - Contaminated Surface Water

April 22, 2019

Part #98-35007-01 (96-10007-03)

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µSPEed Recovery of Drug Mix from Serum and Blood

October 17, 2018

Part #98-35006-01 (96-10006-01)

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µSPEed Recovery Curve with 4 Nitrotoluene

October 20, 2016

Part #98-35004-01 (96-10004-01)

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µSPEed Extraction and UHPLC-PDA Analysis of Polyphenols in Teas

January 10, 2016

Pub #98-35001-01 (96-10001-01)

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A fast and innovative microextraction technique of phenolic compounds in teas

November 10, 2015

A fast and innovative microextraction technique, μSPEed, followed by ultrahigh performance liquid chromatography for the analysis of phenolic compounds in teas

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Micro versus macro solid phase extraction for monitoring water contaminants

November 10, 2015

The results demonstrate that micro solid phase extraction is faster and cheaper than traditional methods with similar recovery rates for the target compounds.

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Evaluation of new micro solid-phase extraction cartridges for on-column derivatisation reactions

April 14, 2015

A novel on-column derivatisation technique using micro solid-phase extraction (μ-SPE) cartridges has been evaluated and applied to the derivatisation of short-chain fatty acids in olive oil.

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