開閉
HOME
About IMCR
Director’s message
Laboratories
History
Former Directors
Collaborations
Facilities
The brochure of IMCR
External evaluation report
Research
IMCR Joint Usage/Research Program for Endocrine/Metabolism
Publications
Intellectual Properties
Lifestyle Disease Research Center
Past Projects
Resources
Joint Usage/Research Support Center
Genome Resource Center
Equipments
Technical supports
Other Resources
Community Outreach
Our Message
Extension courses
Job Opportunities
HOME
>
Research
>
Cell Physiology
Recent Researches
Mucin responsiveness of a next-generation probiotic revealed in a human intestinal model: Gene expression changes of Akkermansia in co-culture with human intestinal organoids.
Imeglimin suppresses glucagon secretion and induces a loss of α-cell identity
Adenylosuccinate mediates imeglimin-induced proliferative and antiapoptotic effects in β-cells.
FTO promotes weight gain via altering Kif1a splicing and axonal vesicle trafficking in AgRP neurons
Clarifying the effect of probiotics in the experimental system that reproduces the human intestinal environment. New evaluation system for health food and drug development
Laboratories
内分泌・代謝システム制御分野
Molecular Traffic
Molecular Membrane Biology
代謝エピジェネティクス分野
個体代謝生理学分野
Molecular Endocrinology and Metabolism
分子糖代謝制御分野
代謝疾患医科学分野
粘膜エコシステム制御分野
Genome Science
Metabolic Signal
Tenure-track
Cell Signaling
Molecular Genetics
個体統御システム分野
Secretion Biology
Signal Transduction
Cell Physiology
Molecular Cell Biology
Nuclear Signaling
Types
論文発表
Joint
Press
Research
2009.04.08
論文発表
膵臓が甘みを感知することを発見
(Cell Physiology)
« 前へ
1
2