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Quantification and subsequent normalization of nucleic acids are critical steps in many genomics applications. Conventional quantification workflows use high volumes of costly reagents and waste valuable DNA. Furthermore, highly viscous DNA samples pose a challenge for automated liquid handling. Significant increases in throughput together with reduced reagent costs and sample saving can be achieved using the combination of a mosquito® pipetting robot and a dragonfly® discovery dispenser.
Read moreThomas Brabbs, Senior Research Assistant at the Earlham Institute, presents a miniaturized version of the Illumina DNA Prep method that was developed in collaboration with SPT Labtech for the all-in-one firefly® liquid handling platform for genomics.
Read moreIn this two-part webinar, our Product Manager introduces the new apricot DC1 and provides practical guidance on making the switch from manual to automated pipetting.
Read moreAnne Hammerstein introduces apricot DC1 and highlights some of the key features and applications of the instrument.
Read moreThis 3-page product brochure provides an overview of the apricot S1 in one easy-to-read document.
Read moreThis two-page product brochure provides an overview of the apricot S3 in one easy-to-read document.
Read moreThis 2-page product brochure provides an overview of the apricot PP5 in one easy-to-read document.
Read moreAssociated with numerous benefits, automated liquid handlers are increasingly adopted in R&D laboratories to simplify the creation of complex multi-parameter experiments in a reproducible, reliable and robust manner, while freeing highly trained scientists from manual lab-work to focus on more skilled tasks of analysis of data and planning of experiments.
Read moreThis calculator compares a range of factors to determine if switching to automation could be cost and time-effective.
Read moreIntroducing our new auto-feed reservoir (AFR) module for dragonfly discovery. Offering: offline reagent supply, temperature control, and stirring.
Read moreLearn more about the needs for next-generation sequencing (NGS), the demand for high-throughput, low-cost, miniaturized sample preparation has increased both in academic and clinical settings.
Read moreAs the per base read cost of next generation sequencing (NGS) has decreased, the library preparation cost, especially in high-throughput applications, such as single-cell analysis, has become a larger portion of the total cost.
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