T. Takahashi

This study identifies thermospermine as a key phytohormone in liverworts, showing its role in organ development and stress responses, with implications for evolutionary plant biology.

This study shows that overexpressing MpNEK1 in liverwort inhibits cell proliferation and growth, leading to lethality, suggesting a conserved role for NEKs in cell division across species.

This study identifies the molecular mechanisms by which mutant KIT remains in the Golgi and activates oncogenic signaling in GIST cells.

The paper identifies four genes involved in RNA processing and modification that modulate thermospermine's effect on xylem differentiation in Arabidopsis.

This study identifies MpARK, a plant-specific kinesin, as essential for organelle transport and microtubule convergence in tip-growing rhizoids, supporting plant anchorage and growth.

The paper describes a two-step method using charged hydrogels and neural stem cell injection to promote brain tissue reconstruction after traumatic injury.

This study investigates how different acoustic frequencies affect ultrasound neuromodulation by examining cavitation and radiation forces in cultured rat cortical cells.

This pre-clinical study evaluates the safety and efficacy of clinical-grade human iPSC-derived cardiomyocyte patches in treating heart failure, showing improved cardiac function and no adverse effects.

This study investigates how temozolomide induces DNA double-strand breaks through crosstalk between repair pathways in Xenopus egg extracts.

This paper introduces an extended Bayesian inference method that improves causal inference in non-stationary environments by balancing learning and forgetting effects.

This paper introduces a Bayesian inference method that incorporates symmetry bias to enable flexible inference and learning in changing situations.

This paper updates a causal induction model by introducing pARIs, showing it matches the descriptive adequacy of the DFH model while addressing simulation issues.

This study identifies ANAC044 and ANAC085 as key regulators of DNA damage-induced G2 arrest in Arabidopsis, showing their role in enhancing Rep-MYB accumulation and cell cycle arrest under specific stress conditions.