Precellys® lysing kits
A comprehensive range of beads and tubes for sample preparation
Receive your quote directly from the manufacturer.
Great results, fast and reliable
Protein and RNA extractions
Perfect product! Easy and fast to use. The company gives you all the support with very detailed protocols
Review Date: 15 Mar 2022 | Bertin Technologies
Good results with this product!
Used for plant DNA extraction.
The product is easy to use, provides good head-space for tissue insertion. This product has several beads types good for sample extraction.
Review Date: 4 Jan 2017 | Bertin Technologies
Great results! I will continue to use.
gene expression analysis in murine skin
I had used several different types of lysing kits. By testing, I optimized the conditions to use these kits for different conditions, mouse skin tissues of being old and young, wounded and normal. These applications turned all successful in downstream protein/RNA analysis.
Review Date: 17 Dec 2015 | Bertin Technologies
DNA, RNA And Protein Extraction
It is fast and efficient. It helps to have a better quality of samples.
Review Date: 21 Oct 2015 | Bertin Technologies
Protein/ RNA Analysis
The Precellys products are good tools for protein and RNA isolation from mouse and human tissues. The lysing kits are easy to use and give reproducible tissue homogenates suitable for protein and RNA extraction. The RNA is of suitable quality for qPCR and phospho proteins stay intact for Western blot applications. The lysing kits are quite expensive, but worth their money.
Review Date: 1 Jul 2014 | Bertin Technologies
Human Physiology
It is easy, fast and reliable.
Review Date: 30 Jun 2014 | Bertin Technologies
Dedicated to sample preparation for Precellys tissue homogenizers, Precellys lysing kits are made of ceramic, glass, stainless steel or garnet, and are fabricated from high-quality materials and Dnase/Rnase free certification.
With the different tube sizes available (0.3, 0.5, 2, 7 and 15 ml) pre-filled with specific beads, a large range of biological samples can be grinded, homogenized or lysed: from animal, human and plant tissues such as brains, leaves and heart, to fragile microorganisms like cells, bacterias and spores. Even challenging samples requiring ultimate strength such as hair and bones can be grinded without any problem.
