A microfluidic device collects microRNAs for analysis.
© GEORGE RETSECK
(1) A small volume of urine is introduced into the microfluidic device, where positively charged zinc oxide nanowires attract and bind negatively charged exosomes. (2) Lysis buffer is introduced to the device to break open the exosomes and free the microRNAs, which are then collected for sequence analysis.
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In this webinar, Andre Mueller will introduce you to Honeybun, the viscometer/rheometer that will get you all the viscosity data you need.
Learn how improving sampling, standardization, and calibration streamlines quality control processes.
In this webinar, Benoit Derrien will discuss new strategies using enzymatically synthesized DNA for gene construction.
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Next-generation natural refrigerant cooling system for centrifuges, offering a lower Global Warming Potential and reduced energy consumption.
Singleron Biotechnologies and Hamilton Bonaduz AG today announced the official launch of Tensor under their strategic partnership.
Zymo Research is proud to introduce the RNome Disruptive Research Grant, that is designed to empower scientists mapping the RNome and advance our overallunderstanding of RNA.
