Tomohiko Tamura

This study tracks Gfi1 expression dynamics during hematopoietic development and identifies its role in defining EHT and HSC potency.

The paper develops a DNA barcoding-based method to analyze HSC daughter cell pairs, revealing biased division patterns toward symmetric divisions and linking these to molecular features.

This study identifies the RIPK3-RNASE1 axis as a potential biomarker and therapeutic target in VEXAS syndrome by linking genetic mutations to disease activity and pathological features.

This study identifies Plcl1 as a regulator of calcium dynamics in hematopoietic stem cells, affecting their function during aging and stress.