Poster 1
gModeling study for a possible mechanism of spacing effect in cerebellar
motor learningh
Tadashi Yamazaki (RIKEN BSI-TOYOTA Collaboration, Japan)
Poster 2
gProtein synthesis in the cerebellar cortex underlies the transfer
of memory trace of adaptation induced by spacing learningh
Soichi Nagao (RIKEN BSI, Japan)
Poster 3
gPurkinje cells actively produce an unknown neurosteroid from pregnenolone
during cerebellar developmenth
Shin-ichiro Okuyama (Waseda Univ., Japan)
Poster 4
gEstradiol promotes Purkinje dendritic growth, spinogenesis and
synaptogenesis during neonatal life by inducing the expression of
BDNFh
Shogo Haraguchi (Waseda Univ., Japan)
Poster 6
gCerebellar dysfunction and behavioral disorder in congenital hypothyroid
(rdw) rath
Sayo Yamaguchi (Gunma Univ., Japan)
Poster 7
gRegulatory roles of DNA topoisomerase IIƒÀin the developing cerebellar
neuronsh
Kimiko M. Tsutsui (Okayama Univ., Japan)
Poster 8
gCould the tail tell the tale? About the Cerebellar Tonsil and the
Resting Brainh
Federico D'Agata (Univ. Turin, Italy)
Poster 9
gMulti-site modulation of AMPA-receptor trafficking during cerebellar
LTDh
Kazuhiko Yamaguchi (RIKEN BSI, Japan)
Poster 10
gPurkinje cell clusters in the embryonic cerebellum are the origin
of the longitudinal compartments in the adult cerebellumh
Hirofumi Fujita (Tokyo Med. Dent. Univ., Japan)
Poster 11
gPhysiological characteristics of small inhibitory interneurons
underneath the cerebellar Purkinje cell layerh
Moritoshi Hirono (RIKEN BSI, Japan)
Poster 12
gDirect causality between single Purkinje cell activities and motor
learning revealed by a cerebellum-machine interface utilizing VOR
adaptation paradigmh
Yutaka Hirata (Chubu Univ., Japan)
Poster 13
gSearching for novel binding partners of Atoh1 and Ptf1a, cerebellar
development-related proteins using Proteomic analysesh
Tomoo Owa (NCNP, Japan)
Poster 14
gSpatial specification of cerebellar neuroepithelium by bHLH transcription
factors, Ptf1a and Atoh1, during developmenth
Mayumi Yamada (NCNP, Japan)
Poster 15
gDiffuse reduction of cerebral blood flow, cognitive impairment
and depressive mood in sporadic cases of autosomal recessive spinocerebellar
degeneration with APTX and SETX mutationsh
Masaki Ikeda (Gunma Univ., Japan)
Poster 16
gTranscription factors expressed in the Purkinje cells lineageh
Yusuke Seto (NCNP, Japan)
Poster 17
gThe effect of lipopolysaccharides on thyroid hormone-regulated
functions of astrocyteh
Ming Xu (Gunma Univ., Japan)
Poster 18
gDisruption of Cerebellar Development by Brominated Organic Chemicals
Possibly through Suppression of TR-mediated Transcriptionh
Toshiharu Iwasaki (Gunma Univ., Japan)
Poster 19
gThe birthdate of Purkinje cells" is the key to understanding
the cerebellar compartmentalization and the cerebellar functionh
Mitsuhiro Hashimoto (RIKEN BSI, Japan)
Poster 20
gTranscranial magnetic stimulation over the cerebellum in ataxic
and non-ataxic patients with progressive supranuclear palsyh
Yuichiro Shirota (Univ. Tokyo, Japan)
Poster 21
gDisruption of mGluR-mediated signaling at cerebellar parallel fiber-Purkinje
cell synapses in staggerer mutant miceh
Nobutake Hosoi (Gunma Univ., Japan)
Poster 22
gAnalysis of cerebellar Purkinje cell-specific vesicular GABA transporter
deficient miceh
Toshikazu Kakizaki (Gunma Univ., Japan)
Poster 23
gActivity-dependent synapse elimination of climbing fiber to Purkinje
cell projections in vitroh
Takayasu Mikuni (Univ. Tokyo, Japan)
Poster 24
gSimple spike activities of cerebellar Purkinje cells for step-tracking
wrist movement of the wristh
Takahiro Ishikawa (Tokyo Metropol. Inst. Med. Sci., Japan)
Poster 25
gActivation of autophagy protects neurons from remote degeneration
after acute focal damageh
Maria Teresa Viscomi (IRCCS S., Italy)
Poster 26
gInvestigation of cerebellar ataxia prevalence rate in South Koreah
Chan-Nyoung Lee (Korea University, Korea)
Poster 27
gRNA mediated neurodegeneration in SCA31, a non-coding pentanucleotide
repeat expansion disorder common in Japanh
Yusuke Niimi (Tokyo Med. Dent. Univ., Japan)
Poster 28
gPolyglutamine expansions inƒ¿1A calcium channel C-terminal exert
toxicity in the cytoplasm with CREB transcriptional activationh
Makoto Takahashi (Tokyo Med. Dent. Univ., Japan)
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