96-Well Plate Sonicator UIP400MTP for High-Throughput Sample Prep

Mass Sample Preparation with the Ultrasonicator UIP400MTP 96-well plates and microplates are tools for the simultaneously handling and processing a large number of samples. As its name “96-well plate” already indicates, the 96-well microplate has 96 wells and can hold thereby 96 individual samples. Sample preparation before analysis, e.g. before cell-based assays (such as ELISA or PCR) requires cell lysis, cell disruption as well as protein extraction and releasing other targeted intracellular molecules. Ultrasonic cell lysis and extraction is a long-time and well established method of high-quality sample preparation. Ultrasonic cell lysis and protein extraction is performed in accordance to protocols and gives thereby repeatable and reliable results. The mass-sample ultrasonicator UIP400MTP is a 400 watts powerful ultrasonic system that couples the ultrasonic waves indirectly through the walls of the multi-well plates into the sample medium. Each of the 96 sample wells is sonicated with the exactly same ultrasonic intensity resulting in superior cell lysis and extraction yields.

Applications of the UIP400MTP High-Throughput Ultrasonicator

The microplate sonicator UIP400MTP fulfills numerous applications and can process various sample types. The following overview introduces you to the capabilities of the Hielscher UIP400MTP sonicator for sample preparation in biology, life science, genomics, proteomics and biomarker diagnostics.

• Cell Lysis
• Mammalian Cell
• Lysis Plant Cell Lysis
• Bacterial Cell Lysis
• Yeast Cell Lysis

• Tissue Lysis and Extraction
• Fresh Tissue Lysis
• Frozen Tissue Lysis
• Formalin-Fixed, Paraffin-Embedded (FFPE) Tissue Extraction

• DNA, RNA, and Total Nucleic Acid (tNA) Extraction
• DNA Extraction
• RNA Extraction Total Nucleic Acid (tNA) Extractio

• Protein Extraction

• Shearing/Fragmentation
• Chromatin Shearing
• DNA Shearing
• RNA Shearing

• Cell-Free DNA (cfDNA) Extraction from Plasma

• Extraction from Cell Cultures
• Extraction from Mammalian Cell Cultures
• Extraction from Plant Cell Cultures
• Extraction from Bacterial Cell Cultures