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Welcome to KatoBrain!
Hello, I’m Toshinori Kato, please call me Dr. KATO.
Since I was a child, I have been exploring the secret of
the brain and finally discovered the unlimited possibilities
of the brain. I will deliver you the way of thinking and
technology to grow your brain no matter how old
you could be! As a doctor who has been involved in
clinical medicine, I would like to spread the facts of
the brain to all people with every single detail to make
the most of your life. Let’s raise your brain by all means!
New Technology for fNIRS
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Reference paper will be available for download from Nov. 5
Toshinori Kato
Vector-Based Approach for the Detection of Initial Dips using fNIRS.
DOI: 10.5772/intechopen.80888
Cite this chapter
Toshinori Kato (November 5th 2018). Vector-Based Approach for the Detection of
Initial Dips Using Functional Near-Infrared Spectroscopy [Working Title], IntechOpen,
DOI: 10.5772/intechopen.80888.
Detection of Initial dip using fNIRS in 1999
Reference・ Kato T, Endo A, Fukumizu M, Kato T, Takashima S, Kawaguchi F and Ichikawa N:
“Initial cerebral metabolism due to short visual stimulation using human functional near-
infraredgraphy (fNIR): how it correlates with fMRI?”, Proc. Int. Soc. Magnetic Resonance in
Medicine, 7th Annual Meeting ,Philadelphia,USA,762, 1999.
・ Kato T, Endo A, Fukumizu M, Kato T, Takashima S, Kawaguchi F, Ichikawa N. Real-time
imaging of “initial cerebral metabolism” using human functional near-infraredgraphy (fNIR).
NeuroImage, 1999, S309.
・ Kato T, Endo A, Fukumizu M, Furusho J, Takashima S, Kawaguchi F, Ichikawa N. Single
finger movement trial using human functional near-infraredgraphy (fNIR). NeuroImage,
1999, S430.
・ Kato T, Yamashita Y, Maki A, Yamamoto T, Koizumi H. Temporal behavior of human
functional near-infraredgraphy (fNIR) using single-word speaking trial. NeuroImage,
1999, S1025.
・ Kato, T. Principle and technique of NIRS imaging for human brain FORCE: fast-oxygen
response in capillary event. Proc. 15th World Congress of the International Society of Brain
Electromagnetic Topography 2004; 1270, pp. 88-99.
