Hideaki Kano

This study uses correlation-resolved sum-frequency generation microscopy to enhance contrast in biological tissue by leveraging twin-beam correlations, showing improved detection in mouse muscle and human skin.

This paper introduces a label-free method using amide I kurtosis from CARS microscopy to detect cardiac amyloid in human tissue, showing high spatial correlation with Congo red staining.

This paper introduces BER-CARS/CSRS microscopy, which enables highly sensitive, label-free imaging of endogenous chromophores with broad spectral coverage, applied to living cells and tissues.

This paper introduces a label-free imaging method to visualize ciliary rootlets in mouse brain tissue, revealing their organized distribution and formation timing relative to primary cilia.

This paper introduces a label-free method using coherent Raman microscopy to detect nucleolar defects associated with cellular senescence by analyzing amide I peak shifts in nucleoli.