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Sunday, February 05, 2012

"Given that drug discovery environments are heavily focused on shortening time-to-market for new therapeutics while simultaneously reducing operating costs, working with quality standards like the MVS is essential in helping us meet these goals."  

Director of Applications

Liquid Handling Equipment Manufacturer

Publications  

This section contains articles and publications of interest related to liquid delivery for pipettes and automated liquid handlers.  These articles and publications have been arranged by topic to make it easy for our visitors to find the appropriate information. 

 

 

Common Errors in Liquid Handling 

 

Determining Dilution Accuracy In Microtiter Plate Assays Using Quantitative Dual-Wavelength Absorbance Method    Read Abstract 

Importance of Integrating A Volume Verification Method For Liquid Handlers: Applications In Learning Behavior  Read Abstract 

Verifying Liquid-Handler Peformance For Complex or Nonaqueous Reagents: A New Approach Read Abstract 

The Use of A Dual-Dye Photometric Calibration Method To Identify Possible Sample Dilution From An Automated Multichannel Liquid-handling System  Read Abstract 

 

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DMSO & Custom Reagent Volume Verification

 

Verifying Liquid-Handler Peformance For Complex or Nonaqueous Reagents: A New Approach   Read Abstract 

 

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Environmental Influences on Pipetting 

 

In Liquid Handling Quality Assurance, All That Matters is Location, Location, Location 

In the Lab: Pipettes: Extreme Pipetting IV: It's Not the Heat 

Measuring the Impact of Common Environmental Conditions On Laboratory Data Integrity 

Minimizing Liquid Delivery Risk: Laboratory Environmental Conditions As Sources of Error - Part 1: Barometric Pressure And Thermal Disequilibrium  

In The Lab: Pipettes - Extreme Pipetting III: Death Valley Data. Extreme Pipetting Mission 3: The Effect of Dry Heat On Laboratory Data 

In The Lab: Pipettes - Extreme Pipetting II: The Effect of Fluid Temperature On Data Integrity

In The Lab: Pipettes - Extreme Pipetting: The Effect of Barometric Pressure On Data Integrity

 

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Liquid Handler Performance Verification

 

How It Works: Verifying Liquid Handling Instrument Performance 

Optimizing Automated Liquid Handlers Using Longitudinal Data to Understand Performance 

The Importance of Liquid Handling Quality Assurance Through The Drug Discovery Process 

Determining Dilution Accuracy In Microtiter Plate Assays Using A Quantitative Dual-Wavelength Absorbance Method  Read Abstract  

Minimizing Liquid Delivery Risk: Automated Liquid Handlers As Sources of Error

Importance of Integrating A Volume Verification Method For Liquid Handlers: Applications In Learning Behavior  Read Abstract  

Rapid Volume Verification in High-Density Microtiter Plates Using Dual-Dye Photometry  Read Abstract 

Verifying Liquid-Handler Peformance For Complex or Nonaqueous Reagents: A New Approach  Read Abstract  

The Role of Automation in Liquid Delivery Quality Assurance 

The Use of A Dual-Dye Photometric Calibration Method To Identify Possible Sample Dilution From An Automated Multichannel Liquid-handling System  Read Abstract  

Multichannel Verification System (MVS): A Dual-Dye Ratiometric Photometry System For Performance Verification of Multichannel Liquid Delivery Devices  Read Abstract 

 

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Measuring Mixing Efficiency 

 

Importance of Integrating A Volume Verification Method For Liquid Handlers: Applications In Learning Behavior  Read Abstract  

 

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Pipette Calibration

 

How It Works: Verifying Liquid Handling Instrument Performance

Standardizing Pipette Calibration in a Large Laboratory Organization Results in Economic and Quality Gains (PDF)

Transferability of Pipet Calibrations and Proficiency of Operators: Prerequisites for Method Validations and Method Transfers

Accuracy vs. Precision: Distinct Terms with Implications for Liquid Handling

The Effect of One Microliter and Why Microliters Matter

Liquid Delivery Accuracy Advisor: Solutions To Your Liquid Handling Issues  

Comparing Calibration Technologies For Liquid Handling Quality Assurance

Going Molecular

Minimizing Liquid Delivery Risk: Pipettes As Sources of Error

Ratiometric Photometry for Calibration: Method Critical for Low-volume Measurement  Read Article  

The Role of Automation in Liquid Delivery Quality Assurance 

PCS® Pipette Calibration System Minimizes Pipetting Error, Strengthens Data Integrity 

Ratiometric Photometry Improves Laboratory Quality Assurance

 

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Pipetting Technique 

 

Five Reasons Why Pipetting Technique Training Should Be Standard Operating Procedure 

Transferability of Pipet Calibrations and Proficiency of Operators: Prerequisites for Method Validations and Method Transfers

When Times Are Tough, Train, Train, Train!

Minimizing Liquid Delivery Risk: Operators as Sources of Error

ARTEL Training Helps North Carolina Department of Agriculture Keep Tainted Goods out of Consumer Reach 

PCS® Pipette Calibration System Minimizes Pipetting Error, Strengthens Data Integrity 

 

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Regulatory and Standards 

 

New ISO Standard Answers Growing Need for Data Integrity In The Laboratory

Taking Control of Your Quality Control

 

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Resource Library

FREE Wall Poster and CD:  

Request a free copy of the 10 Tips to Improve Your Pipetting Technique Wall Poster and 10 Tips Video CD today.

 

Training and Seminars:  

Pipetting Proficiency Certification (L1)

Level 1 Seminars can be held on-site, at your facility.  Contact us to schedule a seminar for your laboratory.  

 

 

Pipette Quality Management Certification (L2)

Upcoming Schedule

 

 

 

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