Research Project
Grant-in-Aid for Young Scientists (B)
We used multimodal brain imaging techniques to investigate how masticatory stimulation (chewing) increases cognitive function during working memory process. High time-resolution recordings of cortical activity by Magnetoencephalography revealed that memory acquisition activates the prefrontal cortex concurrently with the supplemental motor area and the supramarginal gyrus.Moreover, gum chewing further increases the memory acquisition-related activity in the prefrontal cortex. These results suggest chewing as an easy and useful tool to activate the prefrontal cortex to maintain cognitive function.
All 2011 2010 2009 Other
All Journal Article (18 results) (of which Peer Reviewed: 18 results) Presentation (26 results) Book (3 results) Remarks (6 results)
Journal of Prosthodontic Research 55(2)
Pages: 89-97
130004546608
Journal of Oral Rehabilitation 37(8)
Pages: 624-640
Bulletin of Kanagawa Dental College 38(1)
Pages: 33-34
Biogenic Amines 23(3)
Pages: 115-133
Biogenic Amines 23(1)
Pages: 9-18
Journal of Oral Rehabilitation
Volume: 37 Pages: 624-640
Bulletin of Kanagawa Dental College
Volume: 38 Pages: 33-34
International Journal of Stomatology & Occlusion Medicine
Volume: 3 Pages: 71-75
神経眼科
Volume: 27 Pages: 381-388
神奈川歯学
Volume: 45 Pages: 90-99
International Journal of Bioelectromagnetism 11(3)
Pages: 130-134
Neuroscience Research 64(4)
Pages: 385-390
Bulletin of Kanagawa Dental College 37(1)
Pages: 55-59
Pages: 120-122
International Journal of Bioelectromagnetism 11(4)
Pages: 150-154
Neuroscience Letters 466
Pages: 109-113
http://www.kdcnet.ac.jp/college/rcbos/index.html
http://www.kdecet.ac.jp/college/rcbos/index.html
http://www.imbs-mastication.org/