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Spatial Whole Transcriptomics Uncovers Unique Functional Insights into the Histological Structures of the Human Pancreas Using Digital Spatial Profiling

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Spatial Analysis of Kidneys
Spatial Whole Transcriptome Analysis of Human Kidney Histological Structures using Digital Spatial Profiling
In this study, we report deep profiling of kidney function by analyzing whole transcriptomes of histological structures.
Structures of Multiple Organs
Spatial Whole Transcriptome Profiling of Histological Structures of Multiple Organs
To realize the potential of spatial profiling to define normal organs at the cellular and molecular level, we have started an ambitious project to map the architecture of normal tissues using spatially resolved whole transcriptome profiling.
Structures of Human Pancreas
Spatial Whole Transcriptomics Uncovers Unique Functional Insights into the Histological Structures of the Human Pancreas Using Digital Spatial Profiling
In this study, we report a deep characterization of pancreas function by analyzing whole transcriptomes of histological structures
CRISPR Screening by Spatial Molecular Imager
Highly Sensitive Transcriptomic-based Pooled CRISPR Screening Enabled by Spatial Molecular Imager (SMI)
Spatial molecular imager (SMI) uses nucleic acid hybridization cycles of fluorescent molecular barcodes to enable in-situ measurement of biological targets on intact sample with subcellular resolution.

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