Proposed
PRJ01 |
Study of the cell fate in mammary epithelial tissues, directed by Lgr4, the new modifier of Wnt signaling pathway, and its regulatory role in the cell polarity |
Research progress Achievements |
Leader : Katsuhiko Nishimori |
Proposed
PRJ02 |
Single-molecule speckle analysis of actin filament flow at lateral membranes of epithelial cells |
Research progress Achievements |
Leader : Sawako Yamashiro |
Proposed
PRJ03 |
Regulatory mechanism of formation and maintenance of epithelial polarity in normal colonic epithelial cells cultured in vitro |
Research progress Achievements |
Leader : Tetsuya Nakamura |
Proposed
PRJ04 |
The conversion mechanism of spindle orientation in tubulogenesis |
Research progress Achievements |
Leader : Kunihiro Matsumoto |
Proposed
PRJ05 |
Roles of membrane lipids in the epithelial-tube morphogenesis |
Research progress Achievements |
Leader : Junichi Ikenouchi |
Proposed
PRJ06 |
Regulation of epithelial tubulogenesis by membrane transport |
Research progress Achievements |
Leader : Shin-ichiro Yoshimura |
Proposed
PRJ07 |
Molecular mechanism underlying Aspp1 function in lymphatic vascular formation and maintenance |
Research progress Achievements |
Leader : Masanori Hirashima |
Proposed
PRJ08 |
Molecular mechanisms regulating the morphogenesis of bile ducts |
Research progress Achievements |
Leader : Naoki Tanimizu |
Proposed
PRJ09 |
Regulation of ciliary signaling pathway that is involved in maintaining the renal tubular structure |
Achievements |
Leader : Dai Shiba |
Proposed
PRJ10 |
Quantitative Analysis of Brain Vesicle Formation by 4D imaging |
Research progress Achievements |
Leader : Kohji Hotta |
Proposed
PRJ11 |
Remodeling of the secretory pathway during the formation of cyst and tubule |
Research progress Achievements |
Leader : Nobuhiro Nakamura |
Proposed
PRJ12 |
Polarizing mechanism of the seminiferous tubules |
Research progress |
Leader : Yu Kitadate |
Proposed
PRJ13 |
Molecular mechanisms involved in the self-organized optic cup formation in vitro |
Research progress Achievements |
Leader : Mototsugu Eiraku |
Proposed
PRJ14 |
Establishment of a mouse model of “cell competition” between transformed and normal epithelial cells in tubular epithelial tissue |
Research progress Achievements |
Leader : Hiroto Katoh |
Proposed
PRJ15 |
Development of a novel imaging system in branching morphogenesis of the lung using optical coherence tomography |
Research progress Achievements |
Leader : Hiroyuki Abe |
Proposed
PRJ16 |
Establishment of culture system for analyses of biliary tract diseases using pluripotent stem cells |
Research progress Achievements |
Leader : Akihide Kamiya |
Proposed
PRJ17 |
Functional analysis of the tumor suppressor APC in epithelial tubulogenesis and colorectal tumorigenesis |
Research progress Achievements |
Leader : Yoshihiro Kawasaki |
Proposed
PRJ18 |
3D analysis on the dynamic behavior of the biliary system under normal and liver injury conditions using a novel visualization technique |
Research progress Achievements |
Leader : Tohru Itoh |
Proposed
PRJ19 |
Molecular mechanism underlying the Hippo pathway-mediated three dimensional construction of the neural tube and blood vessel system |
Research progress Achievements |
Leader : Yoichi Asaoka |
Proposed
PRJ20 |
Role of Mob1 in epithelial tubular structure |
Research progress Achievements |
Leader : Akira Suzuki |
Proposed
PRJ21 |
Tubulogenesis in the embryonic kidney by cytoskeletal regulation |
Research progress Achievements |
Leader : Ryuichi Nishinakamura |
Proposed
PRJ22 |
Detection and elimination of malfunctioning cells in non-regenerative tissue |
Research progress Achievements |
Leader : Kiichiro Taniguchi |
Proposed
PRJ23 |
Molecular mechanism for aberrant tubular formation during intestinal carcinogenesis |
Achievements |
Leader : Toshiro Sato |
Proposed
PRJ24 |
Establishment of a cell invasion model and fluorescent imaging in organoid culture |
Research progress Achievements |
Leader : Etsuko Kiyokawa |
Proposed
PRJ25 |
Regulation of stem cell aging and its implication for functional decline of epithelial tubule tissues during aging process |
Research progress Achievements |
Leader : Kimi Yamakoshi |