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I used MiloR to analyze single cell RNA seq data and currently we are wondering if it could be implemented in spatial transcriptomics analysis in comparing distances across conditions.
Using the k nearest neighbor approach in a spatial graph and the statistical analysis of the implemented MiloR to compare two different conditions.
Let me know your thoughts on this and if you find it a good idea in implementig it!
Thank you in advance!
Best
Zenia
The text was updated successfully, but these errors were encountered:
Hi @zeniazen5 - fundamentally Milo assumes there is a shared space in which the cell-to-cell relationships are represented in a graph. Therefore, that requires different cells from different samples to be placed into a common space, which I assume is what you refer to as a spatial graph - do you compute this over all samples so that all cells are placed into the same space?
Hey there,
I used MiloR to analyze single cell RNA seq data and currently we are wondering if it could be implemented in spatial transcriptomics analysis in comparing distances across conditions.
Using the k nearest neighbor approach in a spatial graph and the statistical analysis of the implemented MiloR to compare two different conditions.
Let me know your thoughts on this and if you find it a good idea in implementig it!
Thank you in advance!
Best
Zenia
The text was updated successfully, but these errors were encountered: