N. Inagaki

This study identifies novel thyroid-specific autoantibodies in patients with immune-related adverse events involving the thyroid gland using immunoprecipitation and western blot analysis.

This study shows that netrin-1-induced axonal haptotaxis is mediated by mechanical coupling between netrin-1 and its receptor DCC, facilitated by shootin1a and actin flow.

This study analyzes the transcriptome of hyperthyroid mice overexpressing TSH, identifying novel genes and pathways associated with goiter development and thyroid hormone secretion.

This study shows that mechanical signaling via membrane tension and mechanosensitive ion channels links leading process extension to somal translocation during neuronal migration.

This study identifies genotype-environment interactions in lettuce under artificial light using transcriptome-based modeling, revealing key pathways and optimal genotype-light combinations for phenotypic plasticity.

This study identifies YwfG as a cell-surface protein in Lactococcus lactis that binds α-1,2-linked mannose, revealing its role in interactions with yeast cells.

This study shows TRIAC disrupts cerebral thyroid hormone action by reducing circulating TH levels and being poorly distributed to the brain, while compensating in peripheral tissues.

This study uses femtosecond laser impulses to investigate how adhesion strength affects axon outgrowth, finding biphasic behavior due to the balance between traction force and adhesion strength.

This study uses a real-time femtosecond laser and microfluidic device to guide axon outgrowth by creating netrin-1 gradients, achieving 92% guided axon growth.

This study develops a novel mouse model to analyze β-cell proliferation using a fluorescent reporter system and 3D imaging.