Technologies for Spatial Biology
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Choosing the Right Platform for Spatial Biology and Tissue Cytometry in Your Lab
Selecting a Spatial Biology platform entails evaluating performance metrics such as spatial resolution, multiplexing capacity, assay compatibility, and integration within existing experimental pipelines.
An optimal system must align with the biological questions under investigation, while ensuring scalability, reproducibility, and bioinformatic interoperability.
With diverse research needs and evolving experimental models, selecting the right Spatial Biology solution is key to maximizing translational relevance and scientific impact. Our scientific consultants can guide your decision-making based on your specific objectives.
Discover the most suitable platform for your experimental goals
QF-Pro® by HAWK Biosystems
The spatial biology technology with proven clinical value
HAWK sets a new spatial biology standard for precise quantitative analysis of protein functions in tissue. With an extraordinary dynamic range, HAWK’s QF-Pro® technology stands as the only solution capable of providing reliable, reproducible, and unbiased quantitative cut-off values related to protein functional states in tissues.
Spatial proteomics and Tissue Cytometry
Quantitative protein localization and interaction studies at subcellular resolution.
Multiplexed tissue imaging
Panel-based fluorescence imaging for deep phenotyping of tissue microenvironments.
