Cytosens Group
Spatial Biology: Advanced Technologies for Molecular Profiling, Tissue Cytometry, and Spatial Omics
Uncovering the Spatial Dimension of Biology
Spatial Information: The QUID That Advances Your Research.
The adoption of Spatial Biology and Tissue Cytometry platforms in research environments has introduced a paradigm shift in how tissues are profiled and cellular behavior is interrogated.
These approaches enable retention of the tissue’s architectural context while providing quantitative, high-dimensional molecular data, thereby overcoming the intrinsic limitations of bulk and single-cell dissociative methods.
Key advantages over conventional approaches:
High-definition spatial phenotyping enabling the localization and quantification of cellular markers within preserved tissue architecture.
High-plex immunofluorescence or hybridization technologies allowing concurrent visualization of dozens of markers.
Comprehensive spatial mapping of the tumor microenvironment to dissect cellular crosstalk, immune infiltration, and therapeutic resistance mechanisms.
Discover the most suitable platform for your experimental goals
HAWK Biosystems
High-definition spatial phenotyping enabling the localization and quantification of cellular markers within preserved tissue architecture.
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Violet 3.0
All-in-one microscopy platform for QF-Pro® technology
Violet 3.0 is the all-in-one microscopy platform for QF-Pro® technology, bringing Fluorescence Lifetime Imaging Microscopy (FLIM) and Förster Resonance Energy Transfer (FRET) to any lab.
Fields of Application for Spatial Biology and Tissue Cytometry
In addition to the major fields outlined below, their relevance is expanding into areas such as regenerative medicine, precision pharmacology, metabolic pathway mapping, and tissue engineering.
Key FAQs on Spatial Biology Technologies and Implementation
Spatial Biology and Tissue Cytometry represent a rapidly evolving frontier in life sciences, raising important technical and strategic questions for researchers at all levels.
In this section, we address the most frequent inquiries we receive from scientists, clinicians, and lab managers approaching spatially resolved molecular analysis. Whether you’re exploring implementation, integration, or optimization, these answers are designed to help you move forward with clarity and confidence.
