FEATURED ARTICLES

• Addressing Pain Points In the Cell Line Development Workflow

  Here, we outline the efficiencies that can be achieved by taking a holistic approach to the CLD workflow and address all its pain points with a variety of solutions.

• Automated Evidence Of Clonality

  Proof of monoclonality is regularly a bottleneck in the cell line development workflow. Discover the Cell Metric® X, an innovative piece of cell line development imaging technology.

• Pipetting Performance Testing Of A Beckman Coulter Biomek 4000

  Here, the Artel MVS® is used to measure and facilitate the optimization of a Beckman Coulter Biomek 4000 liquid handler in combination with commonly used tools and disposable tips.

• Using Dual Dye Ratiometric Technology To Quantify The Impact Of Pipette Tip Type

  Testing volume transfer performance can give good indicators of tip performance and reliability. When tip reliability is in question, assay results, in turn, could be in question as well.

• Single Channel Pipette Calibration And Operator Competency Assessment

  Proper pipette performance is essential to the generation of reliable and reproducible data. Discover a pipette calibration system that employs the principle of dual-dye ratiometric photometry for immediate volume verification.

• Optimizing Accuracy Performance On A Beckman Coulter Biomek

  Explore an approach for optimizing pipetting accuracy on a Beckman Coulter Biomek liquid handler using MVS® measurement information.

• Optimizing Accuracy Performance On A Agilent Bravo Platform

  Discover an approach for optimizing pipetting accuracy on an Agilent Bravo liquid handler using MVS® Multichannel Verification System measurement information.

• Optimizing Accuracy Performance Of A Thermo Scientific Matrix WellMate Dispenser

  This application note discusses an approach for optimizing pipetting accuracy of a stand-alone Thermo Scientific Matrix WellMate dispenser by using the Artel MVS® measurement information.

• Low Volume Liquid Measurement Testing With An Automated Workstation And MVS

  Explore performance testing results, obtained at the low volume range capability of Beckman Coulter’s Biomek i-Series Automated Workstation, that demonstrate a process for achieving optimized low volume pipetting performance.

• Volume Verification Using Any Microtiter Plate Or Small Volume Container

  This application note discusses methods for measuring target volumes (10 nL - 200 μL) dispensed into any microtiter plate or small volume container using the Artel MVS®.

• Understanding Liquid Handler Performance Behavior

  Knowing an assay’s exact volume and component concentrations is critical to interpreting results. Explore several ways life science laboratories can integrate a multichannel verification system into their QC processes.

• Using SerumSub™ QualAssure™ To Assess Liquid Transfer Performance

  In this study, SerumSub™ QualAssure™, a serum-like reference solution with liquid handling properties that are analogous to several commonly used sera, is compared to various commercially available mammalian sera.

• A Framework For Controlling Variability And Optimizing Assay Performance

  By employing a process optimization approach to assay development, you can improve overall assay performance.

• An Easy Approach To Optimizing An Automated Liquid Handler

  Explore an approach for rapidly optimizing a liquid class to dispense a new solution that mimics the pipetting characteristics of various types of plasma using an automated liquid handler.

• Assessing Liquid Transfer Performance With Reliable, Ready-To-Use Reagents

  See how specially formulated dye-containing solutions replicate the liquid transfer properties of several commercially available PCR master mixes, making them reliable and ready-to-use reagents for determining liquid transfer performance.

• A Dual-Dye Ratiometric Photometry System For Multichannel Verification

  Explore the technical and scientific application of dual-dye ratiometric photometry in microtiter plates, upon which a multichannel verification system is based.

• A Tool For Measuring Liquid Mixing Efficacy In Verification Plates

  For trustworthy assay results, the methodology employed must be assessed. Learn how a multichannel verification system can be used as a tool for measuring the efficacy of liquid mixing protocols.

• Using A Multichannel Verification System To Measure Residual Volumes

  Measuring the residual volume after sample aspiration is a direct way to assess the performance of the sample removal step. See how this multichannel verification system measures residual volumes.

• Performance Qualification Of An Automated Plate Washer

  Washing steps are vital to ensure reaction quality and integrity when conducted in microtiter plates. Explore the ability of a multichannel verification system to assess automated plate washer performance.

• Creating And Testing Custom Alternative Test Solutions

  Custom test liquids using assay-specific reagents can be prepared using a multichannel verification system. Explore general methods for creating and testing custom test solutions.