Blog

Cancer research has made tremendous strides in recent years, and a key tool that has played a critical role in this progress is the homogenizer.

The last 20 years have seen an implosion in sequencing costs driven by both industrial and academic efforts to bring these sequencing benefits to the individual person.

Learn about best for cannabis potency testing, quality control and cryomilling for flowers, hemp, edibles, and gummies in our latest eguide.

Upstream sample preparation is crucial for consistency, replicability of tissue analysis results. Traditional sample prep methods for tough tissues like umbilical cord samples can be time-consuming and yield inconsistent results.

Learn how OMNI developed a custom solution for high-quality, high-volume homogenization of animal tissue as part of Mammoth’s CRISPR gene editing

Learn why mechanical homogenization using bead beating technology offers a better and faster way to ensure complete disruption of wastewater filters

Our recently relaunched database of homogenization applications and protocols is now fully searchable, and growing by up to 50 new documents a week, including peer-reviewed articles and scientific publications across the research landscape.

Choosing the right bead mill process and equipment for your needs depends on the type, size, volume, and dissociative resistance of the samples you are preparing. Find out what technology is best for your sample needs.

With so many advantages and options, choosing the right tissue homogenizer can be a challenge – how can you be sure which is best for your laboratory?