fMRI, Neurovascular coupling, Olfaction and Taste
Main Lab Location:
CiNet (Main bldg.)
B1A6, 1-4 Yamadaoka, Suita, Osaka, 565-0871
My research focuses on developing novel functional imaging techniques to understand cerebral energy metabolism and hemodynamics due to neuronal activation. In addition, using a novel functional techniques, I am trying to understand the neuronal processing of olfaction and taste in the human and animal brain.
Functional magnetic resonance imaging (fMRI) based on the blood oxygenation level-dependent (BOLD) effect is a powerful tool for brain functional mapping since it non-invasively provides high spatial and temporal resolution. Since fMRI obtains signal changes related to changes in cerebral metabolism and hemodynamics, fMRI indirectly measures neuronal activity during functional activation. Therefore, it is important to understand the mechanisms of neuro-vascular-metabolic coupling under both functional activation and resting conditions.
Currently, I am using fMRI and developing novel techniques at 7T field strengths to understand the relationship between neuronal activity and hemodynamic-metabolic changes. This research aims to improve the spatiotemporal resolution of fMRI, and includes development of calibrated BOLD and direct measurement of neuronal activity.
In addition, I am applying novel imaging and fMRI at 7T to functionally and anatomically understand how the brain processes olfaction and taste.
Kida I, Ueguchi T, Matsuoka Y, Zhou K, Stemmer A & Porter D (2016) Comparison of diffusion-weighted imaging in the human brain using readout-segmented EPI and PROPELLER turbo spin echo with single-shot EPI at 7 T MRI. Invest Radiol, 51:435-439.
Kida I & Hoshi Y (2016) Right ventrolateral prefrontal cortex involvement in the integration of emotional processing: Parametric mediation analysis of fMRI. Neurosci Letters, 615:92-97.
Kida I, Iguchi Y & Hoshi Y (2011) Blood oxygenation level-dependent functional magnetic resonance imaging of bilateral but asymmetrical responses to gustatory stimulation in the rat insular cortex. NeuroImage 56:1520-1525.
2001 Associate Research Scientist, MRRC, Yale University
2004 Assistant Professor, Graduate School of Dental Medicine, Hokkaido University,
2009 Researcher, Tokyo Metropolitan Institute of Medical Science
2012 Senior Researcher, CiNet, NICT