Grants list for fisical 2009
Click on the PDF icon for a research summary, or click on the MS-Excel file below for a list of references from the funded researchers.
Grants List
| Grant No. | Title | Researcher | Institute | |
|---|---|---|---|---|
| 0901 | Study on Ultra-Filtration Performance of Simulated Seawater Containing Organic Compounds and Suspended Particles | Kazuki Akamatsu | University of Tokyo | |
| 0902 | Functional Mechanisms of Anti-Caking Agents for NaCl | Hitoshi Shindo | Chuo University | |
| 0903 | Development of Novel Reverse Osmosis Membrane with High Chlorine Resistance for Seawater Desalination | Hideto Matsuyama | Kobe University | |
| 0904 | Development of a Pre-Treatment Method for High Performance Waste Water Treatment using NaCl | Takamasa Mori | Nagoya University | |
| 0905 | Functional Analysis of an Auxin-Inducible Transcription Factor to Salinity Responses in Plants | Kenji Oda | Research Institute for Biological Sciences | |
| 0906 | Isolation of Marine Microorganisms from Deep Sea of Suruga Bay | Shinya Kodani | Shizuoka University | |
| 0907 | Molecular Mechanism of the High-Osmolarity Responsive MAPK Pathway That Is Involved in Salt- and Osmo-Tolerance in Yeast | Kazuo Tatebayashi | University of Tokyo | |
| 0908 | A New Strategy for the Treatment of Salt Sensitive Hypertension: Targeting for Normalization of Autophagy in the Renal Tubular Cells by an Antiaging Protein, SIRT1 | Takashi Uzu | Shiga University of Medical Science | |
| 0909 | Roles of Tight Junction in Na+ Homeostasis and Glucose Absorption in the Small Intestine | Yuichi Suzuki | University of Shizuoka | |
| 0910 | Expression of Prorenin Receptor and Central Mechanism of Salt Metabolism | Kazuhiro Takahashi | Tohoku University | |
| 0911 | Investigation of Pathophysiological Role of Novel Interacting Molecule with Angiotensin II Receptor in Salt Sensitive Hypertension | Kouichi Tamura | Yokohama City University | |
| 0912 | Cardiac Hypertrophic Signaling Mediated by the Interaction between Na+/H+ Exchanger and the Neuronal Ca2+ Sensor NCS-1 | Tomoe Nishitani | National Cardiovascular Center | |
| 0913 | Proteomic Analysis of Bovine Skeletal Muscle: Changes in Soluble Proteins with Minerals during Storage | Shin-ichi Ishikawa | Miyagi University | |
| 0914 | Contribution of Dietary Zinc to the Function of Intestinal Epithelia and Mucosal Immune System | Satoshi Ishizuka | Hokkaido University | |
| 0915 | Generation and Behavioral Analysis of Knockout Mice for Multiple TRP Ion Channels | Yoshiro Ishimaru | University of Tokyo | |
| 0916 | Transcriptional Regulation of the Genes Related to Lipid Metabolism through Amino Acid Uptake Mediated by the Na+- Dependent Glutamine Transporter | Jun Inoue | University of Tokyo | |
| 0917 | Identification of Salt-Responsive Taste Receptor Cells and Analysis of Their Functions | Makoto Ohmoto | University of Tokyo | |
| 0918 | Changes in Volatile Compounds of Mineral Added Food during Storage | Sachiko Odake | Nippon Veterinary and Life Science University | |
| 0919 | Dynamics and Rapid Detection Method of Vibrio parahaemolyticus, a Halophilic Food Poisoning Bacterium, in Salted Cuttlefish | Yoshitsugu Nakaguchi | Kyoto University | |
| 0920 | Dual Mode Sorption and Diffusion of NaCl in Protein Foodstuffs | Hiroko Hashiba | Tokyo Seiei College | |
| 0921 | Construction of Assay System for Salt Preference and Analyses of Regulatory Mechanism of Salt Homeostasis in Model Fish Species | Akihito Yasuoka | Maebashi Institute of Technology |