Research Themes
For graduate students in the Department of Life Sciences (Students in 2008)
Admission year | Names | Research topics |
---|---|---|
Year 2004 | Daisuke Kase | Elucidation of information processing mechanism in the Cerebral Circuitry |
Takuya Nishimaki | Research on the second critical period in the recovery period after encephalopathy | |
Yasuharu Hirai | Elucidation of Cerebral Cortex Local Circuitry | |
Yoshiyuki Fukuda | Research on receptor kinetics using electron-microscopy | |
Year 2005 | Kiwako Sakamoto | Research on human functions using imaging method |
Fumiharu Tsuboi | Research on plasticity of the central nervous system by using electrophysiological technique | |
Yoko Maki | Elucidation of neural basis of harmonized movement of both hands | |
Yusuke Morito | Elucidation of internal cerebral processing basis in kinematic parallax process | |
Hiroshi Ishii | Activation of Cs+ permeable K+ channel by GABAB receptor | |
Hiroyuki Inada | Developmental plasticity and control mechanism of neuronal circuit | |
Mika Ushimaru | Elucidation of firing pattern of cerebral cortical neuron | |
Tomokazu Urakawa | Research on human brain function by using imaging method | |
Kayoko Kujirai | Sensorimotor control function of human cerebrum | |
Chie Satoh | Elucidation of neurogenesis in Zebrafish | |
Seigo Shindo | Effects of complexity and density of audiovisual information on brain | |
Takuya Harada | Research on neural mechanism of visuoperceptual in cerebral cortex | |
Katuhiro Nagatomo | Activation of Mouse TRPA1 channel by caffeine | |
Year 2005 Admission in October |
Yoko Mano | Elucidation of internal cerebral processing mechanism in emotional perception |
LOUKANOV,Alexandre,Roumenov | molecules or protain molecules) are reacted with functional groups. I choose chemical interactions but not biological ones. | |
PHONGPHANPHANEE,Penphimon | Research on building of neuronal circuit function in superior colliculus in tectum, basal ganglion, brainstem | |
Taku Banno | Electro-physiological analysis on visual neural mechanism | |
Year 2006 | Hirofumi Iijima | Development of photoelectron gun for biological electron microscope |
Keise Izuma | Examination of neural basis in the interaction among individuals | |
Toshiko Gamano | Research on biodiversity of new voltage sensor protein | |
Kana Takaura | Neurophysiological examination of visuomotor exchanging function using a blind Japanese monkey | |
Chie Toda | Elucidation of control mechanism of susceptibility to insulin in hypothalamus | |
Yuichi Hasegawa | Research on volume-activated CI channel and its regulator molecule | |
Shinichi Matsushita | Research on interaction among molecules of membrane functional chip | |
Yuichi Matsushita | Roles of adult neurogenesis for higher cerebral function | |
Takahiro Miyazaki | Research on higher cognitive function by using magnetoencephalography | |
LEE, Hae Ung | Elucidation of roles of glial cells in the brain function | |
Sachiko Oka | Elucidation of human visual perception by using magnetoencephalography | |
Akihiro Sasaki | Relation of information processing and body cognition in heteromodality perception | |
Kaori Satoh | Research on ion channel in osmoreceptor neuron of brain | |
Daisuke Takahara | Elucidation of conduction and function of promoter cortex of a monkey | |
Nao Nakagawa | Research on mechanism of processing sensory information through thalamas | |
Masamichi Hayashi | Research on localized cerebral function by using functional MRI | |
Junya Yamaguchi | Elucidation of rearragement mechanism of neural circuit in the growth period | |
Year 2006 Admission in October |
Takeshi Fujii | Elucidation of neural basis of higher cerebral function by FMRI |
Hisakazu Yanaka | Neural basis of reaction inhibition in human | |
KECELI,Mehmet Batu | Molecular biophysical analysis of P2X2 channel towards the molecular mechanisms of the expression density dependent changes | |
KUMAR,Akhilesh | Physiological significance of sugar chain in the neural development process | |
Year 2007 | Tomoaki Ayabe | Research on visual attention by using magnetoencephalography |
Kunitoshi Uchida | Elucidation of molecular mechanism of thermal reception through thermal susceptibility channel | |
Naofumi Otsuru | Internal cerebral mechanism of pain | |
Yuichi Takeuchi | Elucidation of mechanism of somatosensory processing through thalamus and cerebral cortex | |
Kouya Yamashiro | Internal cerebral mechanism to somatosensory stimuli | |
Maya Yamato | Elucidation of sugar and lipid metabolism in the liver | |
Noriyoshi Usui | Molecular mechanism in the generation and differentiation of neural stem cell | |
Takahiro Shimizu | Guidance of the generation and differentiation of glial cell, and the migration and axon of neuronal cell | |
Akiko Nishio | Elucidation of visuoperceptual neuronal mechanism | |
Year 2007 Admission in October |
Kenzou Hirao | Reformation mechanism of neuronal circuit in the growth period |
AZIZ,Wajeeha | Finding a key molecule required for the stabilization of long term memory in motor learning, using mutant mice. | |
PARAJULI,Laxmi Kumar | Investigation of calcium channel localization in the brain | |
ZHOU,Yiming | Elucidation of significance in noxious stimulus reception of associated function of TRPV1 and TRPA1 | |
Year 2008 | Yugo Ishino | Elucidation of stem cell maintenance mechanism of Bre1 gene |
Makiko Kashio | Research on physiological function of thermal susceptibility receptor | |
Tomomi Tsunematsu | Elucidation of sleep sleep/wakefulness regulatory mechanism by orexin neuron | |
Goki Okazawa | Physiological research on internal cerebral visual information processing of primate | |
Yuko Okamoto | Research on neural basis in imitation using fMRI | |
Masahiro Kamijo | Energy metabolism mechanism by the central nervous system | |
Yasunori Takayama | Elucidation of molecular mechanism of thermoregulation through TRPV4 appeared in hypothalamus | |
Yumiko Yoshida | Elucidation of neuronal basis of social cognitive ability using functional MRI |
As of April, 2008