Hosokawa Yu | Division Of Maternal And Child Nutrition The National Institute Of Nutrition
スポンサーリンク
概要
- HOSOKAWA Yuの詳細を見る
- 同名の論文著者
- Division Of Maternal And Child Nutrition The National Institute Of Nutritionの論文著者
関連著者
-
Hosokawa Yu
Division Of Maternal And Child Nutrition The National Institute Of Nutrition
-
HOSOKAWA Yu
Division of Maternal & Child Nutrition, The National Institute of Health and Nutrition
-
SHIMONO RYOICHI
Department of Anatomy, Osaka Medical College
-
SHIMADA Masahisa
Departments of Anatomy, Osaka Medical College
-
Shimada M
Department Of Anatomy Osaka Medical College
-
Shimada Masahisa
Department Of Anatomy Kagawa Medical School
-
YAMAGUCHI KENJI
Division of Maternal and Child Nutrition, The National Institute of Nutrition
-
HOSOKAWA YU
Division of Maternal and Child Nutrition, The National Institute of Nutrition
-
Shimono R
Department Of Anatomy Kagawa Medical School
-
Shimono Ryoichi
Department Of Anatomy Kagawa Medical School
-
Yamaguchi Kenji
Division Of Maternal And Child Nutrition The National Institute Of Nutrition
-
Yin Shi-an
Institute Of Nutrition And Food Hygiene Chinese Academy Of Preventive Medicine
-
Sato Ikuo
Division Of Bioresource Science Graduate School Of Horticulture Chiba University
-
NIIZEKI Shiro
Divisiton of Maternal and Child Nutrition, The National Institute of Health and Nutrition
-
TOJO Hitomi
Divisiton of Maternal and Child Nutrition, The National Institute of Health and Nutrition
-
YAMAGUCHI Kenji
Tokyo Kasei University
-
HOSOKAWA Yu
Divisiton of Maternal and Child Nutrition, The National Institute of Health and Nutrition
-
SATO Ikuo
Divisiton of Maternal and Child Nutrition, The National Institute of Health and Nutrition
著作論文
- TISSUE DISTRIBUTION AND METABOLISM OF RADIOACTIVE SULFUR AMINO ACIDS ([1-^C]CYSTINE, [^S]CYSTEINE) IN PREGNANT MICE; A WHOLE-BODY AUTORADIOGRAPHY AND ITS BIOCHEMICAL ANALYSIS
- Autoradiographic study of sulfur amino acids (cystine, cysteine, cysteine sulfinate, taurine) in pregnant mice
- Effects of dietary zinc and cadmium on tissue selenium concentration and glutathione peroxidase activity in rats fed DL-selenomethionine or sodium selenite.