Precellys® Evolution Touch Homogenizer
The Precellys Evolution Touch is the most advanced tissue homogenizer that boasts exceptional efficiency and versatility, making it suitable for all types of sample preparation requirements.
Precellys Evolution Touch Homogenizer
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Molecular physiology
Precellys homogenizer was easy to use and gave good yields of the required tissues.
Review Date: 26 Aug 2024 | Bertin Technologies
The Precellys® Evolution Touch is both flexible and efficient, giving users the ability to grind, homogenize or lyse any kind of sample. It offers a complete range of accessories to meet all homogenization needs, from the smallest samples with the 96WP to the largest with the 50mL tubes and the hardest samples with the dedicated metal tubes. Easy to use with its new intuitive touchscreen interface, designed to be used with gloves, researchers can easily set up the Precellys Evolution Touch. The Precellys Evolution Touch puts the power of homogenization into the hands of researchers and scientists.
How to achieve robust and reliable tissue dissociation
Want to ensure tissue dissociation with a high yield of living cells from a wide range of samples?
This SelectScience guide evaluates the performance of the Multi-Tissue Dissociation Kit from Bertin Technologies and outlines protocols for dissociating five commonly studied mouse tissues – heart, lung, spleen, thymus, and liver – along with detailed results on cell viability, yield, and debris. Finally, it provides a step-by-step guide to operating the system effectively.
Whether you’re setting up a new single-cell workflow or optimizing your current one, this guide offers practical insights for improving tissue dissociation outcomes from start to finish.
Resource details:
- Document type: SelectScience guide
- Page count: 21
- Read time: 32 mins
- Edition: 1st
Heart dissociation in mice using Precellys Multi-Tissue Dissociation Kit
Obtaining viable single cells from fresh tissue is essential for advancing research in cell therapy, personalized medicine, and disease modeling. However, the process of tissue dissociation remains a key challenge, often leading to poor cell viability and yield. Explore the results of a study obtained with the Precellys Multi-Tissue Dissociation kit for the dissociation of mice's hearts to single cells. For the study, tissue samples from mice housed under standard animal facility conditions, without any specific treatment were used.
Revolutionizing biomolecular extraction: Master the art of cryogenic grinding
The extraction of biomolecules plays a crucial role in facilitating a wide range of bioanalytical techniques. These techniques include advanced methodologies such as next-generation sequencing and liquid chromatography, which rely on the extraction of biomolecules. The extraction and preservation of biomolecules face significant challenges due to their delicate nature, particularly during mechanical homogenization, whereby heat generation emerges as the primary threat to molecular integrity. Nevertheless, leading technology providers are making remarkable progress in delivering high-quality biological samples, while minimizing degradation and breakdown to a significant extent.
In this expert guide discover a range of cutting-edge instruments specifically engineered to address extraction challenges. By exploring real-life case studies and videos showcasing cryogrinding techniques, you will understand how to best optimize sample preparation, gain insights into tissue homogenization, and learn more about precise temperature regulation to enable you to master the best practices in the field.
This eBook will also explain:
- How to optimize extraction yield
- How to preserve sample integrity
- How to achieve successful integration of automated and semi-automated liquid handling technologies
