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Purification and evaluation of total RNA from porcine skin on the Omni Bead Ruptor Elite bead mill homogenizer
The Omni Bead Ruptor Elite bead mill homogenizer is used for efficient RNA extraction from porcine skin.

Pesticide detection in food produce through bead mill homogenization and QuEChERS extraction
The use of the QuEChERS method and bead mill homogenization for efficient pesticide detection in food product vegetable and fruits.

Bead mill-based plant protein extraction efficiency is not dependent upon starting sample quantity
Plant protein extraction efficiency and consistency via bead milling in different tube sizes and with different starting quantity.

Determination of pesticide recovery rates from spiked fruit and vegetables using QuEChERS extraction with bead mill homogenization
Effectiveness of bead mill homogenizer and QuEChERS method for pesticide detection in food produce.

Evaluation of sample disruption techniques for high-throughput extraction of live Escherichia coli and recombinant DNA from spinach
Streamlined rapid pathogen detection in food using bead mill homogenization and PCR

High throughput sample homogenization and RNA extraction from corn
We demonstrate the efficiency of the Omni Bead Ruptor Elite bead mill homogenizer in RNA extraction from corn.

Fast and efficient nucleic acid extraction from spinach using bead mill homogenization
We demonstrate the efficiency of the Omni Bead Ruptor Elite bead mill homogenizer in plant leaf nucleic acid extraction for downstream analysis.

Genomic DNA extraction from plant tissues on the Omni Bead Ruptor Elite bead mill homogenizer
Bead mill homogenization of soft and fibrous plant for DNA extraction

Myth busted – bead mill homogenization does not result in cannabinoid decarboxylation
Bead milling maintains cannabinoid forms without heat-induced decarboxylation leading to accurate quantification of cannabis potency.

Quantum GX3 product note
High resolution, high speed, high performance preclinical microCT imaging with the Quantum GX3. Spatial resolution down to 5 microns, wide FOV from 8 - 86 mm for imaging ex vivo sample and larger species.

Metagenomic sample prep workflows
Sample prep, including homogenization and nucleic acid extraction, QC, library prep, and automation are critical for microbial studies and metagenomics

Determining sensitivity of in vivo optical imaging systems
This technical note highlights the IVIS platforms minimal detectable radiance (MDR) and other features regarding the high sensitivity output of the platform


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