With the usage of micropipettes in the life science laboratory, various pipette and pipetting errors have been linked. Users familiar with such micropipette issues can assist users to reduce further ...

Preventing contamination in pipetting is absolutely vital when it comes to achieving reliable results. It necessitates the identification of the potential contamination mechanisms so that they can all ...

The use of proper pipetting techniques is critical when measuring and transferring liquids for your applications in the laboratory. In addition, quick and precise pipetting will improve your ...

In order to improve the accuracy and reliability of micropipetting, a method of micro-pipette detection and calibration combining the dynamic pressure monitoring in pipetting process and quantitative ...

Cross-contamination of biological samples during handling and preparation, is a major issue in laboratory setups, leading to false-positives or false-negatives. Sample carryover residue in pipette ...

Do you use pipettes in your daily work? Want to improve your pipetting accuracy? To eliminate the guesswork, METTLER TOLEDO Rainin developed Good Pipetting Practice™ (GPP™) as a practical, ...

Laboratories performing a diverse range of applications, including sample preparation for next-gen sequencing, high throughput, low-volume compound screening or PCR reactions, enzyme-based assays, or ...

Viscous liquids are a challenge in every lab that deals with them. Depending on how viscous a liquid is, pipetting is either impossible or it poses several problems that significantly reduce accuracy, ...

Many experiments require repetitive pipetting steps, from setting up a dilution series to assembling hundreds of PCR or sequencing assays. While manual pipetting may seem unavoidable for many ...

With their 16- and 24- channels, the new mechanical multichannel pipettes Eppendorf Research plus and the new electronic multichannel pipettes Eppendorf Xplorer plus can now tackle entire columns and ...