BoFU-80 Focused Ultrasonicators
MALDI-TOF can accurately identify bacteria, fungi, etc. based on the specific mass-to-charge ratio (m/z) of microorganisms. However, difficult-to-break microorganisms such as mycobacteria and filamentous fungi limit their detection rate. A large number of bacterial cells are required and the steps such as ethanol inactivation and formic acid-acetonitrile wall-breaking are required to extract proteins for detection.
BoFU-80 Focused Ultrasonicators Features
- Convenient and fast: Add the bacterial colony to the sample tube containing the extractant to perform ultrasound, and the entire operation takes less than 5 minutes.
- Safe and pollution-free: Independently sealed sample tubes, no need to open the cap repeatedly, reducing operating steps and reducing the probability of contamination of operators and the experimental environment.
- Small sample volume required: Only 1-2 colonies (mycobacteria, Nocardia, etc.) or a small number of spores can be used to obtain sufficient protein for detection.
- Improving the detection rate: Ultrasound has a solubilizing effect, which allows the extractant to penetrate the cell wall faster and achieve a good crushing effect. More proteins can be obtained under the same bacterial content, which improves the detection rate.
Description of BoFU-80 Focused Ultrasonicators
MALDI-TOF can accurately identify bacteria, fungi, etc. based on the specific mass-to-charge ratio (m/z) of microorganisms. However, difficult-to-break microorganisms such as mycobacteria and filamentous fungi limit their detection rate. A large number of bacterial cells are required and the steps such as ethanol inactivation and formic acid-acetonitrile wall-breaking are required to extract proteins for detection.
BoFU-80 uses a high-frequency confocal ultrasound system to efficiently concentrate acoustic energy into the sample to be processed, greatly improving the strain breaking efficiency and effectively improving the protein extraction rate of the strain. It can effectively improve the efficiency of Merieux, Bruker and Autobio etc. Detection rate of MALDI-TOF system. For pre-treatment of mycobacteria and filamentous fungi that are difficult to break, the ultrasonic process can be completed in just 60 seconds, and the entire process takes less than 5 minutes. The ultrasonic process is carried out in a closed tube, without the need to repeatedly open the lid, reducing operating steps and avoiding pollute.
Applications of BoFU-80 Focused Ultrasonicators
- Cell Lysis
- Proteomics
- Chromatin
Why Choose Our Cutting-Edge Genomics Solutions And Laboratory Equipment?
Our cutting-edge genomics solutions, advanced laboratory instruments, and high-quality laboratory reagents and consumables are designed to provide all-round support for your scientific research and innovation. From DNA sequencing and molecular diagnostics to precision laboratory equipment, we provide reliable products that are widely used in academic, clinical and industrial fields. Our solutions are designed for modern scientific progress, helping laboratories improve efficiency and accuracy, and ensuring efficient advancement of scientific research and accurate results.
ChIP-seq
ChIP studies the interaction between DNA and proteins, and ChIP-seq is combined with next-generation sequencing to detect DNA sites in the genome that bind to specific transcription factors/histones, which is used to study the interaction between proteins and chromatin.
Genomics
Longlight has focused on molecular diagnosis and molecular biology, we has launched some NGS related instruments and reagent consumables, mainly Focused Ultrasonicator, been committed to promoting the development of genomics, to serve the human medical cause better.
Consumables and Kits
Longlight provides different types of precast agarose gel, nucleic acid scavenger, Qubit tube, nucleic acid extraction kits, and library preparation kits. In the meanwhile, all of these products can be widely used in basic scientific research, biopharmaceuticals and other application scenarios.
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