Grants list for fisical 2007
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 | |
|---|---|---|---|---|
| 0701 | Development of Rapid Separation Technique Based on Hybrid Coprecipitation Method using Magnesium as a Carrier and Its Application to Determination of Trace Elements in Salts | Shigehiro Kagaya | University of Toyama | |
| 0702 | Safety Evaluation of Salts Produced by Membrane Salt-Production System | Izuru Kakuta | Senshu University of Ishinomaki | |
| 0703 | Functional Mechanisms of Anti-Caking Agents for NaCl | Hitoshi Shindo | Chuo University | |
| 0704 | The Development of Dissolution Water Addition Strategy for Quality Control of Crystalline Particles in High Slurry Density Salt Crystallization | Hiroshi Takiyama | Tokyo University of Agriculture and Technology | |
| 0705 | Development of Filtration Membranes of Biomass Plastics for Filtration of Sea Water | Takaaki Tanaka | Niigata University | |
| 0706 | Growth of Smart Crystals from a NaCl Flux and Their Application | Katsuya Teshima | Shinshu University | |
| 0707 | Selective Recovery of Bromine from Seawater | Syouhei Nishihama | University of Kitakyushu | |
| 0708 | Study on Effect of Deicer on the Durability (Freezing Thawing Resistance) of Concrete | Shunsuke Hanehara | Iwate University | |
| 0709 | Development of Hydrophilic Polymer Based Ion-Exchanged Membranes having Low Membrane Resistance | Mitsuru Higa | Yamaguchi University | |
| 0710 | Study on Molecular Mechanisms in Dissolution and Deliquescence Processes of Salt Nanocrystals | Fuminori Misaizu | Tohoku University | |
| 0711 | Improvement of Suspension Density in a Sodium Chloride Crystallizer | Ryuta Misumi | Yokohama National University | |
| 0712 | Search of the Salt and Treated Seawater for Oxyhalogen Ions and Development of Highly Sensitive and Rapid Method of Analysis for Those Ions | Takeshi Yamane | University of Yamanashi | |
| 0713 | Well Seawater Obtained from Underground Limestone Layer in OKINAWA Islands, Its Performance of Shellfish Giant Clam Tridacna gigas Cultivation, and Chemical, Microbiological Characteristics | Osamu Imada | Mie University | |
| 0714 | Elucidation of Halotolerant Mechanism of Seaweeds, with Special Reference to the Search of Halotolerant Genes of Ulva | Satoshi Shimada | Hokkaido University | |
| 0715 | Analysis of the Osmo-Sensing Mechanism in Yeast | Kazuo Tatebayashi | University of Tokyo | |
| 0716 | Design of Effective Photosterilization Field with Titanium Dioxide under Common Light Sources: Enhancement of Deactivation Activity Based on Synergy Effect of NaCl | Masahito Taya | Osaka University | |
| 0717 | Development of Solid Salt Feeding Method for High-Quality Beef Production from the View Point of Mineral Balance | Hiroaki Nakajima | Yamagata General Agricultural Research Center | |
| 0718 | Acquisition of Novel Glycoside Hydrolyase from Marine using eDNA-PCR | Hidenori Hayashi | Maebashi Institute of Technology | |
| 0719 | Studies on the Molecular Mechanism of Adaptation to Salt-Deficient Condition in Daphnia magna - Cloning of Genes Responsive to Salt-Deficient Condition - | Masatomi Hosoi | University of Shiga Prefecture | |
| 0720 | Determination of Amino Acid Residues Responsible for Salt-Tolerant Mechanisms of Glutaminase from Micrococcus luteus K-3 | Kazuaki Yoshimune | National Institute of Advanced Industrial Science and Technology | |
| 0721 | Effect of the Interaction between a Novel PDZ Protein and Na+ -Dependent Lactate Transporter SMCT1 on Renal Urate Transport | Naohiko Anzai | Kyorin University | |
| 0722 | Molecular Mechanism Underlying the High Salt Stress-Regulated Gene Expression of Drug-Metabolizing Enzymes | Takashi Ito | Osaka University | |
| 0723 | Expression and Functional Analyses of Na+/Monocarboxylates Co-Transporters in the Intestine | Toshihiko Iwanaga | Hokkaido University | |
| 0724 | Exendin-4, GLP-1 Receptor Agonist, Ameliorates the Development of Renal Injury and High Salt-Sensitivity of Blood Pressure in Type 2 Diabetic Mice | Takashi Uzu | Shiga University of Medical Science | |
| 0725 | Molecular Physiological Investigation of Arrhythmogenecity in Cardiomyocytes Induced by Mg2+-Deficiency Diet | Katsushige Ono | Oita University | |
| 0726 | Regulation of MAP Kinase Phosphatase Activity by Reactive Oxygen Species in the Angiotensin II Signal and Tumor Necrosis Factor | Hideaki Kamata | University of Hiroshima | |
| 0727 | Regulation of Body Fluid: Identification of Molecular Machineries for Cellular Na+Transport in Kidney Macula Densa | Katsumasa Kawahara | Kitasato University | |
| 0728 | Molecular Mechanisms by which Prostasin Stimulates Aldosterone Production by Adrenal Glands | Kenichiro Kitamura | Kumamoto University | |
| 0729 | System Analysis of Na-Dependent Regulation of Intracellular Mg Ion Concentration | Masato Konishi | Tokyo Medical University | |
| 0730 | Analysis of Ghrelin Functions on Salt Sensitive Hypertension | Takahiro Sato | Kurume University | |
| 0731 | The Mechanisms of Renal Autoregulational Dysfunction in Dahl Salt Sensitive Rats | Minoru Satoh | Kawasaki Medical School | |
| 0732 | Pathophysiological Roles of Adrenomedullin Receptor Activity-Modifying Protein, RAMP2 in Salt-Sensitive Hypertension and Heart Failure | Takayuki Shindo | Shinshu University | |
| 0733 | Exhaustive Analysis of Protein Phosphorylation Involved in NaCl Uptake under High Concentration of NaCl | Nobuyuki Takahashi | Kyoto University | |
| 0734 | New Therapy of Hypertension by the Regulation of Ion Channel Scaffolding | Masayuki Tanemoto | Tohoku University | |
| 0735 | Membrane Abnormality and Its Regulatory Mechanisms in Salt-Dependent Hypertension - An Electron Paramagnetic Resonance Investigation - | Kazushi Tsuda | Kansai University of Health Sciences | |
| 0736 | Sensing Mechanism of Cytosolic Cl- as a Signal Molecule in Hypotpnic Stress | Naomi Niisato | Kyoto Prefectural University of Medicine | |
| 0737 | Pathological Role of the Na+/H+ Exchanger 1 on the Genesis of Cardiac Hypertrophy and Heart Failure | Tomoe Nishitani | National Cardiovascular Center | |
| 0738 | Development of Evaluation Method for Brain Reactive Oxygen Species by Antihypertensive Treatment in Salt-Sensitive Hypertension: Effect of Angiotensin Receptor Blocker or Combination Therapy using in Vivo ESR Method | Yoshitaka Hirooka | Kyushu University | |
| 0739 | Role of Natriuretic Peptide System in Metabolic Syndrome-Related Renal Disease and Bone Homeostasis and Its Application to Translational Research | Masashi Mukoyama | Kyoto University | |
| 0740 | Function and Expression of Mg2+ Permeable Cation Channels in Na+ Dependent and Independent Hypertensive Rats | Katsuhiko Muraki | Aichi Gakuin University | |
| 0741 | Functional Analysis of Novel Bioactive Peptides on the Salt and Water Regulation | Hideki Yamaguchi | University of Miyazaki | |
| 0742 | Estimation of the Binding Constant of Oligosaccharide to Cation by Chromatographic Method | Shuji Adachi | Kyoto University | |
| 0743 | Salt Effect on the Emulsion Film Formation with Food Emulsifiers | Norihiro Ikeda | Fukuoka Women's University | |
| 0744 | Functions of Sodium Chloride in the Formation of Gliadin-Aggregate in Dough | Reiko Urade | Kyoto University | |
| 0745 | Elucidation of the Role of Aquaporins in the Regulation of the Osmolality of Gastrointestinal Contents | Shinji Okada | University of Tokyo | |
| 0746 | Effects of Bittern on Maillard Reaction and Antioxidant Properties of the Maillard Reaction Product | Takashi Kuda | Ishikawa Prefectural University | |
| 0747 | Effect of Sodium Chloride Concentration on the Reaction Rate of Peptide and Protein with Glucose | Chuyen Nguyen Van | Japan Women's University | |
| 0748 | Evaluation of Effect of Salt on the Bread Dough Fermentation Analysis of Dough Expansion and Gas Retention Capacity by Electrical Impedance Spectroscopy | Kiyohiko Toyoda | Kobe University | |
| 0749 | Effect of Added Salts on High-Pressure Control of Microorganisms | Tomoyuki Fujii | Niigata University of Pharmacy and Applied Life Sciences |