Grants list for fisical 2015
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 | |
|---|---|---|---|---|
| 1501 | Development of Corrosion Monitoring Method of Reinforced Concrete Due to Salt Agent Splayed for Freezing Prevention | Kazuhisa Azumi | Hokkaido University | |
| 1502 | Development of Thermoresponsive Ion-Exchange Material to Obtain Valuable Metals from the Seawater | Masaki OKADA | Nihon University | |
| 1503 | Development of Chelating Resin for High-Thoughput Separation of Trace Elements | Shigehiro Kagaya | University of Toyama | |
| 1504 | Development of Hollow Fiber Ion Exchange Membrane Having High Ionic Permeability | Yuriko Kakihana | Kobe University | |
| 1505 | Environmental and Ecological Impacts of Discharged Effluents from Salt-Making and Desalination Plants and Minimizing These Impacts | Izuru Kakuta | Ishinomaki Senshu University | |
| 1506 | Efficient Utilization Method of NaCl Aimed at Microparticulation of Minimal Amount of Poorly-Soluble Drug | Kazunori Kadota | Osaka University of Pharmaceutical Sciences | |
| 1507 | Selective Adsorption of Ions by Porous Electrodes | Kenji Kiyohara | National Institute of Advanced Industrial Science and Technoligy | |
| 1508 | Study of Resin Lining inSalt Manufacturing Plants Utilizing Atmospheric Pressure Plasma Processing | Hiroaki Kobayashi | Aichi Center for Industry and Science Technology | |
| 1509 | Effect of Metal Cations on Passive Film Structure and Corrosion Protection Property | Masatoshi Sakairi | Hokkaido University | |
| 1510 | Relationship between Performance Deterioration of a Polyamide Reverse Osmosis Membrane Used in a Seawater Desalination Plant and Changes in Its Physicochemical Properties | Tasuma Suzuki | Yamaguchi University | |
| 1511 | Development of a Simple and Compact Flurometric Detector and Its Application to Sequential Injection Analysis | Yasutada Suzuki | University of Yamanashi | |
| 1512 | Antisolvent Crystallization of Sodium Choloride in Deep Microchannel Reactors | Ken-Ichiro Sotowa | Tokushima University | |
| 1513 | Development of Crystallization Technology for Magnesium Resource Recovery from Integrated Process of Salt Production and Seawater Desalination | Hiroshi Takiyama | Tokyo University of Agriculture and Technology | |
| 1514 | Investigation of Carbon Material for Capacitive Deionization | Toshiki Tsubota | Kyushu Institute of Technology | |
| 1515 | Development of Characterization of Crystal Surface by Electrokinetic Phenomena and Application for Exploration of Additives for Controlling Crystallization Processes | Kazuho Nakamura | Yokohama National University | |
| 1516 | Molecular Modeling of Reverse Osmosis Membranes by Investigating the Microscopic Behaviors of Compositions of Seawater | Ryo Nagumo | Nagoya Institute of Technology | |
| 1517 | Effects on Steel Structure with the Increasing of Anti-Freezing Salt Spraying | Izumi Noguchi | Hokkaido Research Organization | |
| 1518 | Development of Decentralized Simple Multiple-Effect Evaporator for Liquid Concentration and Distillation | Takehiro Nosoko | University of the Ryukyus | |
| 1519 | Working Mechanism on the Salt Scaling of Concrete | Shunsuke Hanehara | Iwate University | |
| 1520 | Development of Li Ion Sieves Using NaCl-Based Flux Growth Method | Fumitaka Hayashi | Shinshu University | |
| 1521 | Development of Charge Mosaic Membranes with High Ionic Permselectivity and High Mechanical Strength (II): Optimization of Porous Support Layer Structure | Mitsuru Higa | Yamaguchi University | |
| 1522 | Highly Sensitive Instrumental Analytical-Method for the Simultaneous Determination of Principal Components in Salts | Keiichi Fukushi | Kobe University | |
| 1523 | Recovery and Upgrading of Calcium and Magnesium fron Brine Solution - Synthesis of Carbonate and Hydroxyl Apatite - | Masakazu MATSUMOTO | Nihon University | |
| 1524 | Study on Molecular Adsorption and Deliquescent Reaction Processes of Salt Nanocrystals | Fuminori Misaizu | Tohoku University | |
| 1525 | Development of Prediction Method of Generation Rate of Crystal Fragments Due to Collision with Impeller Blade in a Stirred Type Crystallizer | Ryuta MISUMI | Yokohama National University | |
| 1526 | Effects of Salts on Protein Aggregation and Crystallization | Takashi Wakamatsu | National Institute of Technology, Ibaraki College | |
| 1527 | Clarification of Molecular Mechanisms Underlying Abnormal Localization and Novel Physiological Function of Paracellular Magnesium Channel | Akira Ikari | Gifu Pharmaceutical University | |
| 1528 | Study of Mineral Sensor System: Phenotype of Tspan8-KO Mice | Akihiro Imura | Kyoto University | |
| 1529 | Optogenetic Approach to Regulate Vasopressin Neuron for Breakthrough of a Novel Sodium Water Balance Mechanism | Yoichi Ueta | University of Occupational and Environmental Health | |
| 1530 | Individual Salt Sensitivity Index in Daytime or Nighttime Predicts Internal Renin-Angiotensin System Activity, Renal Damage and Nocturnal Hypertension | Naro Ohashi | Hamamatsu University School of Medicine | |
| 1531 | Physiological Role of the Two-Pore Domain K+ Channel K2P5.1 in T Cells and Novel Strategy to Regulate K2P5.1 Activity by Pre-mRNA Splicing Inhibition | Susumu Ohya | Kyoto Pharmaceutical University | |
| 1532 | Identification of Serine Proteases That Promote the Organ Injuries in the Salt-Sensitive Hypertension | Yutaka Kakizoe | Kumamoto University | |
| 1533 | A Maternal High Salt Diet Enhances Salt Sensitivity of Offspring - Effects of Feeding Period and Dietary Sodium Level in Dams on Cardiovascular Function in Offspring - | Satomi Kagota | Mukogawa Woman's University | |
| 1534 | Functional Analysis of Magnesium Efflux Transporters Localized to the Plasma Membrane and Intracellular Vesicles | Akira Kato | Tokyo Institute of Technology | |
| 1535 | Effects of Magnesium Channel TRPM7 on Zinc Homeostasis | Taiho Kambe | Kyoto University | |
| 1536 | Calcium Metabolism Regulated by RANKL/OPG Blance in the Gut | Shunsuke Kimura | Hokkaido University | |
| 1537 | The Cells and Logic for Salt Detection in the Zebrafish Olfactory System | Tetsuya Koide | RIKEN | |
| 1538 | Effect of Blood Pressure Variability ti Glucose Matabolism in Salt Sensitive Rats | Masaya Sakamoto | The Jikei University School of Medicine | |
| 1539 | Pathophysiological Control of Salt-Sensitive Hypertension through the Modulation of Sodium-Dependent Renal Acetylcholine Release | Shuji Shimizu | National Cerebral and Cardiovascular Center | |
| 1540 | The Regulation of Mitochondrial Na+ and Ca2+ Concentration and Pathological Mechanism of Cardiovascular Diseases for Its Abnormality | Hideaki Tagashira | Fukuoka University | |
| 1541 | Role of the Inflammasomes in Low Potassium-Induced Inflammation | Masafumi Takahashi | Jichi Medical University | |
| 1542 | Neurotransmission of Salty Taste by Heteromeric CALHM1/CALHM3 Channels | Akiyuki Taruno | Kyoto Prefectural University of Medicine | |
| 1543 | Comprehensive Identification of Novel Ca2+ -Signal Transduction Pathways by Interactome Analysis | Hiroshi Tokumistu | Okayama University | |
| 1544 | Role of Transferrin Receptor 1 in Salt Sensitive Hypertension | Yoshiro Naito | Hyogo College of Medicine | |
| 1545 | Role of Macrophage Mineralocorticoid Receptor in the Pathogenesis and Target Organ Complications of Salt-Sensitive Hypertension | Miki NAGASE | Juntendo University | |
| 1546 | Role of Wall Stress-Responsive Cation Channels in the Maturation of Peripheral Blood Vessels | Motohiro Nishida | National Institute of Natural Sciences | |
| 1547 | Novel N+ and K+ Chanel Mutations Responsible for Human Cardiac Sudden Death | Tomoe Nishitani | National Cerebral and Cardiovascular Center | |
| 1548 | The Role of KCNMA1 on Insulin Signaling in Mature Adipocytes | Makoto Nishizuka | Nagoya City University | |
| 1549 | Experimental and Theoretical Analysis of K+ Dynamics in the Cochlear Spiral Ligament Essential for Auditory System | Fumiaki Nin | Niigata University | |
| 1550 | Studies on the Neural Mechanisms for Salt Homeostasis in the Brain | Takeshi Y. Hiyama | National Institute of Natural Sciences | |
| 1551 | Elucidation of the Mechanism Involved in Acquisition of Salt Sensitivity in Pressure Overload Via Cardiac Sympathetic Afferents | Yoshitaka Hirooka | Kyushu University | |
| 1552 | Blood Pressure Regulation by Mg2+ Transporter MagEx2 | Yosuke Funato | Osaka University | |
| 1553 | Analysis of Alternative Splicing Regulated by Ca2+ Signaling | Seiji Masuda | Kyoto University | |
| 1554 | The Glycemia Control by a Specific Inhibitor of Vesicular Nucleotide Transporter | Takaaki Miyaji | Okayama University | |
| 1555 | Vascular Plasticity and Vasopressin Secretion in the Neurohypophysis | Seiji Miyata | Kyoto Institute of Technology | |
| 1556 | Effects of Salts on the Genome Repairing Activity of RNase H2 | Kiyoshi Yasukawa | Kyoto University | |
| 1557 | The Role of Amino Acids Metabolism in Whole Body and Gut under Excessive Salt Intake to Control Fluid Balance and Kidney Function | Junichi Yatabe | Tokyo Women's Medical University | |
| 1558 | Micro RNA Analysis of Tomato Fruits Cultivated under High Salt Condition | Tomiko Asakura | The University of Tokyo | |
| 1559 | Feasibility Study for Decreasing the Dietary Intake of Salt Using the Salt Including the Bittern Componennt | Kyoko Ishikawa | Akita Prefectural University | |
| 1560 | Effects of Spirurina on Salt Sesitive Hypertension | Yuka Ishihara | Saitama Medical University | |
| 1561 | The Effects of Shift in Salt Palatability on the Masticatory Muscles and Mandibular Morphologies | Chizuko Inui-Yamamoto | Osaka University | |
| 1562 | Effect of High-Salt and Low-Salt Conditions on Differentiation of Regulatory T Cells | Yoshihiro Okamoto | Chiba Institute of Science | |
| 1563 | The Production of High Healthy Functional Substance from Germinating Bean or Cereal under High Salty Stress | Makoto Kanauchi | Miyagi University | |
| 1564 | An Analysis of Mechanism Uderlying Sex Difference of Sensitivity to Additive Salty Taste Induced by Neutralizing a Basic Amino Acid, Arginine | Ema Suzuki | Japan Women's University | |
| 1565 | Evaluation Standard on Sensibility (Kansei) and Sensory Evaluation of Salt, and a Generalization Causal Model Study with the Evaluation Language Data - Study of Salt and Taste - | Toshiaki Nishi | Okayama Shoka University | |
| 1566 | Analysis of the Taste Difference between Baked Salt and Non-Baked Salt | Akira Hanya | Aichi Center for Industry and Science Technology | |
| 1567 | Purification and Structural Elucidation of Salty-Taste-Modifying Substances in Food | Etsuro Yoshimura | The University of Tokyo | |
| 1568 | Effect of Salt on Activities of Fungal Cell-Wall Lytic Enzymes and Their Application for Preservation of Salt-Containing Food | Mamoru Wakayama | Ritsumeikan University | |
| 1569 | Effect of Salt on Umami and Flavor Components in Dashi from Kelp and Dried Bonito | Yoshiyuki Watanabe | Kinki University |