Nutrients drive cellular reprogramming in the intestine
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Graduate School of Life Sciences, Tohoku University |
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Nutrients drive cellular reprogramming in the intestine
Advanced Technology Reveals Intricate Details of Zinc Transportation in Cells
How the Tropical Red Swamp Crayfish Successfully Invaded the Cold Regions of Japan
Researchers Unearth a New Process By Which Algae Pass on Nurtirients to their Coral Host
Glial control of parallel memory processing
Researchers Shed Further Light onto Zinc Homeostasis in Cells
Course Outline 2023
Jellyfish and Fruit Flies Shed Light on the Origin of Hunger Regulation
Degree of Asexual Reproduction in Liverwort Plants is Hormonally Controlled
Cryo-electron Microscopy Captures Structure of a Protein Pump
Research Team's Study Provides New Insights into How Brain Forms and Stores Long-Term Memory
Acid glia in REM sleep: Stronger Acid Response in Epileptic Mice
The seminar by Dr. Johan B. Quilbe (Aarhus Univ.)
Special Lecture on the 5th Anniversary of the Tohoku Forum for Creativity "Gene Editing"
Light and Dark sides of aPKC
New genetics from Drosophila: Impacts of de novo mutations in animal development
Department of Integrative Life Sciences
Department of Ecological Developmental Adaptability Life Sciences
Department of Molecular and Chemical Life Sciences
2-1-1 Katahira, Aoba-Ku, Sendai 980-8577