Laser capture microdissectionFeatures:
The dual-laser system enables a wide range of applications, from single-cell isolation to large biopsy extraction, expanding utility and helping to ensure reliable cell capture across sample types without contaminating or compromising morphology.
Intuitive software: Quickly isolate specific cells in five simple steps and perform quality control with imaging checks, making documentation and sample storage simple.
Flexible sample preparation supports a wide range of slide types and sample preparation formats.
Space-saving: Microscopes and laser systems take up about 32% less tabletop space
For details, please contact the official website of Auxiliary Light Instruments.
Laser capture microdissectionFields of application
Identify and study pure cell populations.
Microgenomic analysis.
Emerging application areas such as oncology, neuroscience, and proteomics, as well as plant biology.
Tissue, blood, **, and live cell samples.
Laser capture microdissectionFit the sample
Slide type and any sample preparation samples.
Glass film slides cut by contact microdissection or frame cut.
Membrane slides for non-contact microdissection.
Thin or thick sections.
Freshly frozen or *** fixed, paraffin-embedded (FFPE) tissue.
Fine-needle suction. Stained, fluorescently stained, or unstained sections.
Hydrated or dehydrated specimens.
Forensic smear. Live plants are ready to be assembled.
Live cell culture.
Laser capture microdissectionSpecifications
Lasers: UV-cutting lasers, all-solid-state diode-pumped 355nm lasers.
Near-infrared IR capture laser, all-solid-state 808nm laser.
Lighting system: high-intensity LED lighting system.
Objectives: 2x, 4x, 10x, 20x, 40x, 60x.
Sample stage: electronically controlled displacement stage, XY direction accuracy up to 1um, suitable for 75x26mm, 75x50mm slides, or 50x7mm Petri dishes
Comparison method: brightfield, phase contrast, optional fluorescent LED
Display: HD touch screen.