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Pictor Labs is proud to introduce a breakthrough in histopathology with our AI-powered virtual staining technology. By digitally converting unstained tissue into high-resolution virtual stains, our approach delivers results comparable to traditional histology—without the time, variability, or tissue damage associated with chemical staining.
Pictor Labs is proud to introduce a breakthrough in histopathology with our AI-powered virtual staining technology. By digitally converting unstained tissue into high-resolution virtual stains, our approach delivers results comparable to traditional histology—without the time, variability, or tissue damage associated with chemical staining.
Pictor Labs is proud to introduce a breakthrough in histopathology with our AI-powered virtual staining technology. By digitally converting unstained tissue into high-resolution virtual stains, our approach delivers results comparable to traditional histology—without the time, variability, or tissue damage associated with chemical staining.
By utilizing Virtual Stain Hub, Pictor Labs is giving researchers direct access to our proprietary AI-driven virtual stain models—enabling them to generate high-quality virtual stains from unstained tissue in minutes, streamline their workflows, and eliminate the need for time-consuming chemical staining processes.
Pictor Labs is building a growing library of AI-generated virtual stains designed to replicate key immunohistochemical (IHC) biomarkers. Trained on paired H&E and IHC datasets, these models enable rapid, reagent-free visualization of biomarker expression from unlabeled tissue. Intended for research use only, this technology supports applications such as cancer subtyping, immune profiling, and biomarker exploration in preclinical and translational research.
Pictor Labs is building a growing library of AI-generated virtual stains designed to replicate key immunohistochemical (IHC) biomarkers. Trained on paired H&E and IHC datasets, these models enable rapid, reagent-free visualization of biomarker expression from unlabeled tissue. Intended for research use only, this technology supports applications such as cancer subtyping, immune profiling, and biomarker exploration in preclinical and translational research.
Pictor Labs is developing a growing library of AI-driven virtual stains that replicate key immunohistochemical (IHC) biomarkers. Trained on paired H&E and IHC data, our models enable rapid, reagent-free biomarker detection from unstained tissue—supporting applications like cancer subtyping, immune profiling, and precision diagnostics.
Explore the power of Virtual Stain Hub through…
Preservation of Tissue Integrity
Preservation of Tissue Integrity
Eliminates the need for harsh chemical stains, allowing samples to be reused for additional testing or molecular analysis.
Accelerated Turnaround Times
Accelerated Turnaround Times
Delivers virtually stained images in minutes, reducing delays associated with traditional staining protocols.
Enablement of Remote & Scalable Analysis
Enablement of Remote & Scalable Analysis
Digital format makes it easy to share, analyze, and scale across labs or institutions.
Supports Consistent, High-Quality Results
AI-driven models ensure uniform staining quality, minimizing human error and variability.
