MMI is the leading provider of microscopy-based single cell isolation systems. We specialize in laser microdissection to isolate cells in tissue (CellCut®), capillary-based systems to isolate cells in suspensions (CellEctor®), and optical tweezers to man
MMI is the leading provider of microscopy-based single cell isolation systems. We specialize in laser microdissection to isolate cells in tissue (CellCut®), capillary-based systems to isolate cells in suspensions (CellEctor®), and optical tweezers to man
MMI is the leading provider of microscopy-based single cell isolation systems. We specialize in laser microdissection to isolate cells in tissue (CellCut®), capillary-based systems to isolate cells in suspensions (CellEctor®), and optical tweezers to man
Carl Zeiss laser microdissection and optical tweezers are indispensable laboratory tools for contact-free cell isolation. With these microscope extensions you will be able to separate small organisms, single cells or organelles for downstream analysis.
Carl Zeiss laser microdissection and optical tweezers are indispensable laboratory tools for contact-free cell isolation. With these microscope extensions you will be able to separate small organisms, single cells or organelles for downstream analysis.
Carl Zeiss laser microdissection and optical tweezers are indispensable laboratory tools for contact-free cell isolation. With these microscope extensions you will be able to separate small organisms, single cells or organelles for downstream analysis.
Carl Zeiss laser microdissection and optical tweezers are indispensable laboratory tools for contact-free cell isolation. With these microscope extensions you will be able to separate small organisms, single cells or organelles for downstream analysis.
Carl Zeiss laser microdissection and optical tweezers are indispensable laboratory tools for contact-free cell isolation. With these microscope extensions you will be able to separate small organisms, single cells or organelles for downstream analysis.
Carl Zeiss laser microdissection and optical tweezers are indispensable laboratory tools for contact-free cell isolation. With these microscope extensions you will be able to separate small organisms, single cells or organelles for downstream analysis.
Carl Zeiss laser microdissection and optical tweezers are indispensable laboratory tools for contact-free cell isolation. With these microscope extensions you will be able to separate small organisms, single cells or organelles for downstream analysis.
Carl Zeiss laser microdissection and optical tweezers are indispensable laboratory tools for contact-free cell isolation. With these microscope extensions you will be able to separate small organisms, single cells or organelles for downstream analysis.
Spécialisée en micro et nano génomique (microdissection Laser Arcturus® et DEPArray®), en imagerie (analyse d’image en fond clair, fluorescence, FISH avec Halo ou Histolab), en numérisation avec la gamme des scanners PathScan®, en Tissue Micro Arrays (TMA
ACD’s RNAscope® is the first multiplex in situ hybridization platform for single RNA molecule detection, with applications in biomarker validation, companion diagnostics and molecular pathology. It addresses the issue of patient and disease heterogeneity