… -seqV2 to kidney tissue has enabled us to elucidate spatially … Here, we review spatial
transcriptomic technologies, as well … spatial cell type and transcriptomic characterizations. We take …

… kidney disease worldwide. We used single- cell RNA- sequencing and spatial transcriptomic
analyses of kidney … The DEGs in most kidney parenchymal cells in DKD were primarily …

… unbiased spatial transcriptomics profile of the fetal kidney, we mounted cryosections of the
embryonic kidneys at two post-conception time points (9 PCW and 18 PCW) on the spatially …

… tional complexity, second only to the brain, there is a significant need to develop spatial
transcriptomics from intact kidney tissue both as a reference and to uncover disease-specific …

… spatial distribution of acute kidney injury (AKI) is regional and affects cells heterogeneously.
We first optimized coordination of spatial transcriptomics … the spatial transcriptomic signature …

… spatial transcriptomic methods, discuss the advantages and limitations of each method,
and digest the recent applications of spatially resolved transcriptomics on kidney biology. …

… In this perspective, we focus on two platforms for spatial transcriptomics, GeoMx and Visium,
and how these platforms have been used to provide novel insight into kidney disease. The …

… We used the Visium spatial transcriptomic pipeline from 10× … sequencing with spatial
transcriptomics permitted evaluation … spatial transcriptomic atlas serves as a first step in the spatial …

… ) and spatial transcriptomics to demonstrate that KRMs consist of at least 7 major subpopulations
localized to defined zones within the kidney. The distinct transcriptomic programs of …

… In an effort to create a spatially anchored atlas of the kidney, analysis of multiple ST samples
is invariably expected. On the VSGE platform, four samples are run in parallel on a single …