"The MVS has been a welcomed addition to our lab. With increasing demand for robotic sample processing, it is important to have a reliable and reproducible method of calibrating our liquid handling instruments. The MVS has given us this ability in a streamlined, easy-to-use application."
Assay Development Engineer
Clinical Reference Laboratory
This section contains presentations related to liquid delivery for pipettes and automated liquid handlers. These Workshops, Posters, and Presentations have been arranged by topic to make it easy for our visitors to find the appropriate information.
Common Errors in Liquid Handling
Accuracy Matters When Manually-pipetted Assays Graduate To Automation – A story in Diagnosing and Troubleshooting (PDF)
Operators as Sources of Error - Improved Efficiency Through Pipetting Technique Training (PDF)
Accuracy of Serial Dilutions Tested Over A Large Dilution Range (PDF)
Rapidly Quantifying Dilutions in Microtiter Plates Using Dual-Dye Photometry (PDF)
Quantifying the Impact of Operator Error in Pipetting (PDF)
Is Your Automated Liquid Handler Working For Your Assays – Uncovering Errors, Understanding Device Behavior, and Optimizing Methods (PDF)
Uncovering Dimensional Variability in Standard Microtiter Plate Types (PDF)
Transferability of Pipette Calibrations - A Prerequisite for Method Validation and Method Transfer (PDF)
Determining Dilution Accuracy in Microtiter Plate Assays Using The ARTEL Multichannel Verification System (MVS) (PDF)
The Effects Of Pipette Tip Production and Sterilization Methods On The Retention of Liquids (PDF)
DMSO & Custom Reagent Volume Verification
Verifying Mosquito® Nanoliter Liquid Dispensing Using The ARTEL MVS (PDF)
Rapid Accuracy And Precision Assessment Of DMSO Compound Solutions Transferred With PocketTips (PDF)
Best Practices For Assessing Nanoliter Transfer Performance For Echo Liquid Handlers Using The ARTEL MVS (PDF)
Painless Nanoliter-Transfer Accuracy Inspection For Busy Screeners (PDF)
Automation Of Nanoliter Volume Transfers: Doing More With Less (PDF)
Environmental Influences on Pipetting
Errors in Liquid Delivery – The Importance of Laboratory Conditions on Pipetting (PDF)
Determining The Precision And Accuracy Of Pipet Tips Exposed To The TipCharger™ System's 'Cold' Atmospheric Pressure Plasma Cleaning Using The ARTEL MVS (PDF)
Errors Associated With Pipetting Warm And Cold Liquids (PDF)
Liquid Handler Performance Verification
Assessing Nanoliter Transfer Performance for Scienion Ultra-Low-Volume Liquid Handler Using the Artel dual-dye ratiometric photometry (PDF)
Accuracy Matters When Quantitative, Manually-pipetted Assays Graduate To Automation (PDF)
Do Plate Readers Agree? Understanding Performance Differences between Different Plate Reader Makes/Models (PDF)
Do You Really Know What Your Robot is Doing? The Importance of Paying Attention to Liquid Handling Details (PDF)
Ensuring your Automated Liquid Handler Works for your Assays - Understanding Device Behavior, Optimizing Methods, and Uncovering Errors (PDF)
MVS®: A Multichannel Verification System for Testing Liquid Handler Precision and Accuracy (PDF)
Importance of Integrating a Volume Verification Method for Liquid Handlers: Assessing Liquid Handler Performance and Behavior (PDF)
Simple and Fast Performance Verification for Ultra-Low-Volume Liquid Handlers: Nanoliter Aqueous Fluid Transfers Assessed with Dual-Dye Technology (PDF)
The Cost of Liquid Handler QC - A Case Study (PDF)
Method Validation For Beckman Coulter Liquid Handlers Using The ARTEL MVS (PDF)
New Validation And Optimization Techniques For The PerkinElmer Janus™ Platform Using The ARTEL MVS (PDF)
Performance Optimization Of Multichannel Liquid Handling Equipment And High Throughput Assays (PDF)
Rapid Verification System For Critical Volume Transfers Within Microtiter Plate Assays (PDF)
Determining Dilution Accuracy In Microtiter Plate Assays Using A Quantitative Dual-Wavelength Absorbance Method (PDF)
Method Validation For Caliper Liquid Handling Workstations Using The ARTEL MVS (PDF)
Measuring Mixing Efficiency
Optimization Of The TechElan TEOS Orbital Shaker Using A Dual-Dye Photometric Protocol (PDF)
Photometric Measurement Of Mixing Efficiency Using The Eppendorf MixMate Mixer (PDF)
Pipette Calibration
Creating And Managing A Strong Quality Assurance Program For Molecular Labs (PDF)
Pipetting Technique
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