Explore our publications, posters, and more to learn about how we’re revolutionizing histopathology, accelerating research, and fostering the improvement of patient outcomes.
Explore our publications, posters, and more to learn about how we’re revolutionizing histopathology, accelerating research, and fostering the improvement of patient outcomes.
Explore the work of Pictor Labs.
Explore the work of Pictor Labs.
Explore the work of Pictor Labs.
MEDIA.
Explore our latest company news and media coverage to gain deeper insights into the revolutionary advantages of virtual staining within the healthcare industry.
MEDIA.
Explore our latest company news and media coverage to gain deeper insights into the revolutionary advantages of virtual staining within the healthcare industry.
MEDIA.
Explore our latest company news and media coverage to gain deeper insights into the revolutionary advantages of virtual staining within the healthcare industry.
MEDIA.
Explore our latest company news and media coverage to gain deeper insights into the revolutionary advantages of virtual staining within the healthcare industry.
Media
Explore our latest company news and media coverage to gain deeper insights into the revolutionary advantages of virtual staining within the healthcare industry.
Media
Explore our latest company news and media coverage to gain deeper insights into the revolutionary advantages of virtual staining within the healthcare industry.
Support
GENERAL SUPPORT
TECHNICAL SUPPORT
GENERAL SUPPORT
TECHNICAL SUPPORT
PUBLICATIONS.
USCAP 2024: Multi-Institutional Collaboration between Pictor Labs, University of Maryland, John Hopkins, and UCLA
International Journal of Surgical Pathology (2024)
ASCO Breakthrough 2023: Collaboration between Pictor Labs and University of Maryland School of Medicine
AACR 2023: Collaboration between Pictor Labs, NanoString, and University of Maryland School of Medicine
Society of Toxicologic Pathology 40th Annual Symposium, Baltimore, MD (2021)
Nature Communications (2021)
BMEF (2022)
Light: Science and Applications (2020)
Nature Biomedical Engineering (2019)
USCAP 2024: Multi-Institutional Collaboration between Pictor Labs, University of Maryland, John Hopkins, and UCLA
ASCO Breakthrough 2023: Collaboration between Pictor Labs and University of Maryland School of Medicine
Nature Communications (2021)
SITC 2024: In collaboration with Leica Biosystems and University of Marland where we showcase how our virtual H&E (vHE) staining allows researchers to subtype regulatory T-cells within unique malignant cell populations, unlocking new potential for novel tumor microenvironment and cellular neighborhood analysis
AACR 2023: Collaboration between Pictor Labs, NanoString, and University of Maryland School of Medicine
BMEF (2022)
Light: Science and Applications (2020)
International Journal of Surgical Pathology (2024)
Society of Toxicologic Pathology 40th Annual Symposium, Baltimore, MD (2021)
Nature Biomedical Engineering (2019)
PUBLICATIONS.
FAQs
What is virtual staining?
How does virtual staining work?
Is virtual staining approved for clinical use or research-use only?
How much tissue is needed to create a virtual stain model?
How long does it take to train a new virtual stain model?
How do you validate your virtual stains?
How do I incorporate virtual staining into my workflow?
What hard or software is compatible with virtual staining?
What is virtual staining?
How does virtual staining work?
Is virtual staining approved for clinical use or research-use only?
How much tissue is needed to create a virtual stain model?
How long does it take to train a new virtual stain model?
How do you validate your virtual stains?
How do I incorporate virtual staining into my workflow?
What hard or software is compatible with virtual staining?
Publications
SITC 2024: In collaboration with Leica Biosystems and University of Maryland where we showcase how our virtual H&E (vHE) staining allows researchers to subtype regulatory T-cells within unique malignant cell populations, unlocking new potential for novel tumor microenvironment and cellular neighborhood analysis
AACR 2024: Pictorlabs showcases virtual multiplex special/IHC stains to augment pathologists' ability to analyze and categorize immune phenotype in lung carcinomas.
AACR 2024: Pictorlabs showcases virtual multiplex special/IHC stains to augment pathologists' ability to analyze and categorize immune phenotype in lung carcinomas.
USCAP 2024: Multi-Institutional Collaboration between Pictor Labs, University of Maryland, John Hopkins, and UCLA
ASCO Breakthrough 2023: Collaboration between Pictor Labs and University of Maryland School of Medicine
AACR 2023: Collaboration between Pictor Labs, NanoString, and University of Maryland School of Medicine
BMEF (2022)
Light: Science and Applications (2020)
Nature Communications (2021)
ASCO Breakthrough 2023: Collaboration between Pictor Labs and University of Maryland School of Medicine
Nature Communications (2021)
International Journal of Surgical Pathology (2024)
Society of Toxicologic Pathology 40th Annual Symposium, Baltimore, MD (2021)
Nature Biomedical Engineering (2019)
Support
Support
GENERAL SUPPORT
TECHNICAL SUPPORT
GENERAL SUPPORT
TECHNICAL SUPPORT
GENERAL SUPPORT
TECHNICAL SUPPORT
FAQs
FAQs
What is virtual staining?
How does virtual staining work?
Is virtual staining approved for clinical use or research-use only?
How much tissue is needed to create a virtual stain model?
How long does it take to train a new virtual stain model?
How do you validate your virtual stains?
How do I incorporate virtual staining into my workflow?
What hard or software is compatible with virtual staining?
What is virtual staining?
How does virtual staining work?
Is virtual staining approved for clinical use or research-use only?
How much tissue is needed to create a virtual stain model?
How long does it take to train a new virtual stain model?
How do you validate your virtual stains?
How do I incorporate virtual staining into my workflow?
What hard or software is compatible with virtual staining?
What is virtual staining?
How does virtual staining work?
Is virtual staining approved for clinical use or research-use only?
How much tissue is needed to create a virtual stain model?
How long does it take to train a new virtual stain model?
How do you validate your virtual stains?
How do I incorporate virtual staining into my workflow?
What hard or software is compatible with virtual staining?