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September 16, 2024

Table S2 from A SINGLE-CELL TAXONOMY PREDICTS INFLAMMATORY NICHE REMODELING TO DRIVE TISSUE FAILURE AND OUTCOME IN HUMAN AML

Lanpeng Chen Eline Pronk Claire van Dijk Yujie Bian Jacqueline Feyen Tim van Tienhoven Meltem Yildirim Paola Pisterzi Madelon M.E. de Jong Alejandro Bastidas Remco M. Hoogenboezem Chiel Wevers Eric M. Bindels Bob Löwenberg Tom Cupedo Mathijs A. Sanders Marc H.G.P. Raaijmakers

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Abstract

Table S2 Differentially expressed genes in the HSC (low-output) cluster 0 vs. (high-output) HSC/MPP clusters 1-4

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Chen et al. (2024) studied this question.

synapsesocial.com/papers/68e586c1b6db643587523501 https://doi.org/10.1158/2643-3230.27024980.v1

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Synapse has enriched 5 closely related papers on similar clinical questions. Consider them for comparative context:

1Table S2 from A SINGLE-CELL TAXONOMY PREDICTS INFLAMMATORY NICHE REMODELING TO DRIVE TISSUE FAILURE AND OUTCOME IN HUMAN AML2024
2Table S5 from A SINGLE-CELL TAXONOMY PREDICTS INFLAMMATORY NICHE REMODELING TO DRIVE TISSUE FAILURE AND OUTCOME IN HUMAN AML2024
3Table S5 from A SINGLE-CELL TAXONOMY PREDICTS INFLAMMATORY NICHE REMODELING TO DRIVE TISSUE FAILURE AND OUTCOME IN HUMAN AML2024
4Table S3 from A SINGLE-CELL TAXONOMY PREDICTS INFLAMMATORY NICHE REMODELING TO DRIVE TISSUE FAILURE AND OUTCOME IN HUMAN AML2024
5Table S3 from A SINGLE-CELL TAXONOMY PREDICTS INFLAMMATORY NICHE REMODELING TO DRIVE TISSUE FAILURE AND OUTCOME IN HUMAN AML2024

More related papers

Table S4 from A SINGLE-CELL TAXONOMY PREDICTS INFLAMMATORY NICHE REMODELING TO DRIVE TISSUE FAILURE AND OUTCOME IN HUMAN AML2024
Table S4 from A SINGLE-CELL TAXONOMY PREDICTS INFLAMMATORY NICHE REMODELING TO DRIVE TISSUE FAILURE AND OUTCOME IN HUMAN AML2024
Table S6 from A SINGLE-CELL TAXONOMY PREDICTS INFLAMMATORY NICHE REMODELING TO DRIVE TISSUE FAILURE AND OUTCOME IN HUMAN AML2024