The PicoPipet Single-Cell Isolation and Extraction System ------ the best basic tool for capturing cells and particles in suspension for single-cell research

NEPA GENE's new PicoPipet system facilitates the separation of single cells and particles in suspension. Single-cell culture provides the most realistic access to monoclonal cells for purification, identification, and detection at various single-cell levels. Based on the single-cell level, single-cell whole-genome amplification and single-cell sequencing technologies are used to reveal cell population differences and cell evolutionary relationships, detect the specific mutation source and precise mutation frequency of single cells, and be used to study tumorigenesis mechanism and embryonic development.The PicoPipet Single Cell Isolation and Extraction System is available in different models: MPP-300z, MPP-300, MPP-200A, MPP-200z, MPP-200B.

Key features:

• The whole system is composed of three parts: PicoPipet ultra-micropipette and electrodynamic controller, Compass microscope imaging, and Joystick micromanipulator.
• The imaging system has a large screen display and high resolution, which can monitor the whole process of acquisition.
• The operation is simple, the accuracy is high, the target is located→ the capture is suctioned→ transferred and released, and the isolation and extraction of single cells are completed in three steps.
• This system can be matched with capillaries of different diameters, and has a wide range of applications.

Applications:

• This systemisolate and capture a variety of non-adherent single cells and particles.
• This system isolate and capture bacteria, yeast, mold spores, algal cells, pollen, suspension cells, crystals, and metal particles.
• This system separate and capture protoplasts, protozoan single cells, blood cells, immune cells, egg cells, single cells and particles in various suspensions.
• Used for various types of single cell isolation culture, purification and detection; Obtain monoclonal cells; It is used for single-cell gene amplification (Single-cell PCR), single-cell sequencing, etc.

Main configurations: