PaintScape TAP Grant winner announced | 2026
Congratulations to Dr. Frank Mason!
PaintScape TAP Grant winner announced | 2026 Read More »
PaintScape
AACR 2026-Poster 7243 | In situ, direct single-cell visualization of 3D genome architecture in ER+ and HER2+ breast cancer cell lines using PaintScape System
PaintScape™ in situ, single-cell direct visualization of 3D genome organization in ER+ and HER2+ breast cancer cell lines
AACR 2026-Poster 7235 | Integrated spatial multiomic profiling of 3D genome architecture and transcriptome-wide gene expression in breast cancer models
PaintScape System and CosMx WTX enables in situ direct visualization of 3D genome changes and spatial gene expression in single breast cancer cells
AACR 2026-Poster 6201 | PaintScape enables multiomic in situ, direct visualization of spatial 3D genome architecture of single cells in intact fresh frozen Glioblastoma tissue in native tumor microenvironments
PaintScape™ in situ single cell spatial multiomic profiling of 3D genome organization in fresh frozen glioblastoma tissue
AACR 2026-Poster 789 | In situ single cell spatial multiomic profiling of 3D genome organization in fresh frozen (FF) colorectal carcinoma tissue in spatially resolved tissue microenvironments
PaintScape™ in situ single cell spatial multiomic profiling of 3D genome organization in fresh frozen (FF) colorectal carcinoma tissue
AGBT 2026-Poster 106 | In situ single cell spatial multiomic profiling of 3D genome organization in fresh frozen (FF) colorectal carcinoma tissue in spatially resolved tissue microenvironments
PaintScape™ in situ single cell spatial multiomic profiling of 3D genome organization in fresh frozen (FF) colorectal carcinoma tissue
AGBT 2026-Poster 126 | PaintScape™ enables tissue based unique multiomic protocol for direct in situ visualization of single cell spatial 3D genome organization of fresh frozen glioblastoma cells in tumor microenvironments
The PaintScape™ multiomic tissue protocol enabled direct, in situ visualization of genome organization in FF human glioblastoma tumor microenvironment cells
AGBT 2026-Poster 420 | Integrated 3D genome, transcriptome and proteomic assays — simultaneously observing genome architecture and transcriptional activity at single-cell resolution
PaintScape integrated 3D genome, transcriptome, and proteomic assays simultaneously observed genome architecture and transcriptional activity at single-cell resolution
AGBT 2026-Poster 451 | In situ 3D spatial characterization of genome architecture and whole transcriptome imaging in single cells with the PaintScape™ system and CosMx® SMI on ER+ breast cancer cells
A combined approach using PaintScape and CosMx revealed how disruptions in genome organization drive disease mechanisms in ER⁺ breast cancer by linking altered chromatin topology to dysregulated expression of key oncogenic pathway genes