Content by Eppendorf

This partnership will integrate DataHow's innovative AI-enabled analytics solution, DataHowLab, with Eppendorf's cloud-based monitoring and analytics platform, BioNsight® cloud, providing scientists with unparalleled insight and analytics capabilities.

It makes it easy to consolidate and analyze bioprocess data in one central location, helping to solve the puzzle and transfer data to insights. 

Learn how to improve ultra-low temperature sample management with innovative digital solutions for each step of storage.

Learn about the legacy of liquid handling in molecular breakthroughs and how effortless automation enables more accurate and precise research processes.

For new researchers, there is no better time than laboratory start-up to prioritize lab processes that protect the planet.

A comprehensive guide to cultured lab meat and meat alternatives

A cloud-based platform offers an equipment and sample safety plan.  

Liquid handlers specialized for next-generation sequencing (NGS) automate nucleic acid extraction and library preparation from microbiome samples.

Automated liquid handling reduces manual labor and improves precision, reproducibility, and throughput.

Thermal cycler innovations allow researchers to determine optimal annealing and denaturation temperatures in a single PCR run.    

A cloud-based platform enables researchers to effectively manage their laboratories.

Multichannel pipettes with adjustable tip spacing increase the efficiency and reproducibility of high-throughput experiments.

Eppendorf has introduced the high-capacity fixed-angle Rotor FA-6x250 for up to 6 x 250 mL bottles. The Rotor FA-6x250 extends the application range of the large benchtop Centrifuges 5910 R and 5920 R, which encompasses harvesting of bacteria, algae and yeast, as well as mammalian cells, in vessels up to 250 mL. An additional area of application now includes plasmid DNA extractions and lysate clearance following cell lysis.

Once throughput increases and sample volumes decrease, users face a dilemma. The so-called “alternate well pipetting method”, which uses 8- and 12- channel pipettes to fill 384-well plates, demands intense concentration; furthermore, it is time-consuming and carries a high risk of error.  

The Next Generation Sequencing (NGS) library preparation process is labor-intensive, requiring experience and attention to detail over hours.