CONTENTS OF
"SOY PROTEIN RESEARCH (JAPAN)"
Vol. 18, 2015
Serial Vol. 36 from former JOURNAL
(36-1)
Improvement of Defecation Habits of Primary School Children by Increase of Dietary Fiber Intakes in School Lunch.
(36-2)
Study of the Molecular Targets of Metabolic Improvement Caused by Soy Protein Intake
(36-3)
Development and Validation of Molecular Markers in Breeding for Seed Protein Components and Content in Soybean
(36-4)
Omics for Metabolism Study for Soybean Seed Development
(36-5)
Effect of Polymorphism of Nitrogen Fixation Related Gene on Soybean Yield
(36-6)
Analysis of Attractant of Plant Parasitic Nematode
(36-7)
Isolation of Natural Bioactive Compounds Against Plant Pathogenic Oomycete
Phytophthora Sojae
(36-8)
Explanation on the Usage and Suitability of Emulsions Made Utilizing Emulsifying Properties of Soy Protein Isolate
(36-9)
Iron in the Soy-Derived Foods
-Study on the Transition of Iron and Ferritin During the Food Processing of Soybean Seed-
(36-10)
Effect of Dietary Soybean β-conglycinin on Lipid and Carbohydrate Metabolism in Type 2 Diabetes Mellitus Models, GK Rats
(36-11)
Transcriptome Analysis of the Effect of Soy Protein Ingestion on White Adipose Tissue in Dietary Magnesium-deficient Rats
(36-12)
Soy Tri-Peptide FLV and Obesity-Related Adipose Anti-Inflammation
(36-13)
Alanine-scanning Mutagenesis Reveals the Di- and Tripeptide Recognition Mechanism of Ptr2p, a Proton-coupled Oligopeptide Transporter
(36-14)
In Vivo
Physiological Action of a Soy Protein-Derived Multifunctional Peptide
(36-15)
Study on the Mechanisms of Improved Fermentation Ability of Yeast Cells Caused by Soy Peptides
(36-16)
Study of the Mechanism for Yeast Transcription Activator Msn2-Regulated Amino Acid/Peptide Transporter Activity by Using Soy Peptides and Its Application
(36-17)
Intake of Soy Protein-derived Peptides Efficiently Stimulates Central Catecholamine Synthesis and Turnover in Mouse Brain
(36-18)
The Role of Hippocampal Neurogenesis in the Prevention of Cognitive Impairment by Soy Isoflavones
(36-19)
Structure of Anti-cancer Compound which Inhibits the mRNA Maturation Process from Soyaflavone and Identification of its Intercellular Target Proteins
(36-20)
Mechanism of Gene Regulation of Lipid Metabolism by Soy Isoflavone Via Nuclear Receptors
(36-21)
Effect of Soy Isoflavone on Insulin-like Growth Factor Expression in Fast Muscle
(36-22)
Hippocampal Neurogenesis is Enhanced by the Soy Isoflavone Daidzein in Middle-Aged Female Mice
(36-23)
Regulatory Effect of Soy Isoflavones on the Expression of Small Nucleolar RNA Expression and Its Functionality
(36-24)
Effect of Soy Beans Peptide AM Intake on the Skeletal Muscle Development and Physical Fitness in Elderly Person
(36-25)
Basic Study About the Effect of Soy Isoflavon on the Oral Environment of Women in Menopause
(36-26)
Effect of Soy Protein, Isoflavone Metabolite and Equol Administration on the Reduction of Cardiovascular Disease Risk in the Patients with Obesity and Metabolic Syndrome
(36-27)
Improvement in Zinc Nutrition in Infants and Elderly by Soybean Components
(36-28)
Analysis of Hatching Stimulants of Soybean Cyst Nematodes
(36-29)
Development of a Novel Fermented Food Made with Germinated Soybean Flour and Rheological Properties during Dough Fermentation
(36-30)
Soy Milk Intake Improves Stress Status in University Students
(36-31)
Effect of a Soy Protein Isolate Preload on Postprandial Glycemic Control in Healthy Young Humans
(36-32)
The Effect of Soy Protein Isolate on Exercise -Induced Calpain Activation and Force Depression-
(36-33)
Effects of Soy Protein Isolate on Neurogenesis and Mobility in the Intestine
(36-34)
Search for Antibacterial Peptides Released from Soy Proteins in Fermented Soymilk
(36-35)
Chrono-nutritional Study for Anti-obesity Effect of Isoflavone
(36-36)
Antiproliferative Activity of Genistein via Inhibition of Cyclooxygenases
(36-37)
Effects of Isoflavones Derived from Soy Beans on Tumor-Bearing Muscle
(36-38)
Research of Soyasapogenol Regulating Macrophage Activation for Cancer Therapy
Index
Vol. 1
Vol. 2
Vol. 3
Vol. 4
Vol. 5
Vol. 6
Vol. 7
Vol. 8
Vol. 9
Vol.10
Vol.11
Vol.12
Vol.13
Vol.14
Vol.15
Vol.16
Vol.17
Vol.18
Vol.19
Vol.20
Vol.21
Vol.22
Vol.23
Vol.24
Vol.25
Vol.26
Vol.27
Vol.28
Vol.29
Vol.30
Vol.31
Vol.32
Vol.33
Vol.34
Vol.35
Vol.36
Vol.37
Vol.38
Vol.39
Vol.40
Vol.41
Vol.42
For particulars, please inquire to
Fuji Foundation for Protein Research
Fuji Foundation for Protein Research
(Japan)
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