PCI -01 |
Makoto ARITA |
The Univ. of Tokyo |
Emerging roles of eosinophil-derived lipid mediators in controlling inflammation and resolution |
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PCI -02 |
Tatsushi IGAKI |
Kobe Univ. |
Molecular basis of non-genetic tumor progression driven by epithelial oncogenic inflammation |
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PCI -03 |
Masatsugu OH-HORA |
Tokyo Med. and Dent. University |
Strong TCR/calcium signaling specifically controls the development of regulatory T cell subsets |
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PCI -04 |
Shinobu SAIJO |
Chiba Univ. |
The roles of Dectin-1/2 in the host defense against fungal infection |
|
PCI -05 |
Tomohiro SAWA |
Kumamoto Univ. |
Redox-based mitochondrial signaling regulated by a nitrated nucleotide via post-translational modification of mitochondrial heat shock proteins |
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PCI -06 |
Yuki SUGIURA |
Keio Univ. |
Visualization of localization of lipid inflammatory mediators in tissue sections by imaging mass spectrometry |
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PCI -07 |
Kohsuke TAKEDA |
Nagasaki Univ. |
Role of mitochondrial phosphatase PGAM5 in inflammation |
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PCI -08 |
Norihiko TAKEDA |
The Univ. of Tokyo |
Hypoxic signaling in cardiac macrophage critically regulates cardiac remodeling processes |
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PCI -09 |
Yasushi HIROTA |
The Univ. of Tokyo |
Heightened uterine mTOR signaling induces preterm delivery in mice |
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PCI -10 |
Kazuyo MORO |
RIKEN |
IL-33-dependent eosinophilia in the lung mediated by natural helper cells |
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PCI -11 |
Hiroshi WATARAI |
RIKEN |
Mechanisms in the induction of airway inflammation mediated by invariant natural killer T cells |
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PCI -12 |
Koji AOKI |
Univ. of Fukui |
Roles of intestine-specific homeoprotein CDX2 in the intestinal epithelial barrier |
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PCI -13 |
Koji ATARASHI |
RIKEN |
Control of intestinal Regulatory T cell by human commensal bacteria |
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PCI -14 |
Takaharu OKADA |
RIKEN |
Sphingosine-1-phosphate receptor 2 is required for retention of follicular helper T cells in germinal centers |
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PCI -15 |
Junko SASAKI |
Akita Univ. |
Regulation of Chronic Inflammation by control of Macrophage activation and polarization |
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PCI -16 |
Katsuaki SATO |
RIKEN |
Plasmacytoid dendritic cells are crucial for the initiation of inflammation and T cell immunity in vivo |
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PCI -17 |
Takashi SHICHITA |
Keio Univ. |
Peroxiredoxin family protein is a key initiator of the cerebral post-ischemic inflammation |
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PCI -18 |
Takashi TANAKA |
RIKEN |
PDLIM4 negatively regulates Th17 cell differentiation by dephosphorylation of STAT3 transcription factor |
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PCI -19 |
Kumiko MAKIDE |
Tohoku Univ. |
Lysophosphatidylserine (LysoPS) suppresses IL-2 production from activated T lymphocytes via a novel LysoPS receptor, GPR174 |
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PCI -20 |
Tadashi YOKOSUKA |
RIKEN |
Negative costimulatory microclusters inhibiting T cell-mediated inflammation |
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PCI -21 |
Motoyuki OHTSUKA |
The Univ. of Tokyo |
Functional impairment of microRNAs induced by chronic inflammation is the cause of inflammation-associated colon tumorigenesis |
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PCI -22 |
Hiroki KATO |
Kyoto Univ. |
Aberration of MDA5-mediated signaling causes autoimmune disorder |
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PCI -23 |
Takayuki KURAISHI |
Tohoku Univ. |
Drosophila immune response mediated by a receptor-type guanylate cyclase and a cyclic GMP-dependent protein kinase |
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PCI -24 |
Ai Kotani |
Tokai Univ. |
EBV-Specific Micro-RNA Via Exosome: A Key Inter-Cellular machinery between EBV+ Tumor and Tumor-Surrounding Immune Cells? |
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PCI -25 |
Takashi SAITO |
RIKEN |
Elucidation of the role of chronic inflammation underlying pathogenesis of Alzheimer's disease |
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PCI -26 |
Takayoshi SUGANAMI |
Tokyo Med. and Dent. Univ. |
Adipose tissue inflammation and ectopic fat accumulation |
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PCI -27 |
Rikinari HANAYAMA |
Osaka Univ. |
Identification of a novel mediator of lysosomal fusion in macrophages |
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PCI -28 |
Reo MARUYAMA |
Sapporo Med. Univ |
Trial of systematic identification of long non-coding RNAs critically involved in chronic inflammation by H. pylori infection |
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PCI -29 |
Kenichi ASANO |
Tokyo Univ. of Pharmacy and LifeSciences |
Sentinel Macrophage-targeted Therapy for Inflammatory Bowel Disease |
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