Yamazaki Hiroyoshi | Institute For Biofunctional Research C/o National Cardiovascular Center
スポンサーリンク
概要
- YAMAZAKI Hiroyoshiの詳細を見る
- 同名の論文著者
- Institute For Biofunctional Research C/o National Cardiovascular Centerの論文著者
関連著者
-
Yamazaki Hiroyoshi
Institute For Biofunctional Research C/o National Cardiovascular Center
-
KAWASHIMA Hisanori
Department of Clinical Pharmacy, Oita Medical University
-
三宅 陽子
Faculty Of Pharmaceutical Sciences Okayama University
-
KUGE Yuji
Institute for Biofunctional Research Co., Inc.,
-
KAWASHIMA Hidefumi
Institute for Biofunctional Research Co., Inc.,
-
MIYAKE Yoshihiro
Institute for Biofunctional Research Co., Inc.,
-
HASHIMOTO Naoto
Institute for Biofunctional Research Co., Inc.,
-
Miyake Yoshihiro
Institute For Bioftinctional Research Co. Ltd.
-
Yajima Kazuyoshi
Institute Of Medical Electronics Facultv Of Medicine University Of Tokyo
-
Yajima Kazuyoshi
Institute For Biofunctional Research Co. Ltd.
-
Kawashima H
Institute For Health Care Science Research Center Suntory Ltd.
-
Kuge Yuji
Department Of Tracer Kinetics Hokkaido University School Of Medicine
-
Kuge Yuji
Department Of Patho-functional Bioanalysis Graduate School Of Pharmaceutical Sciences Kyoto Universi
-
Miyake Yoko
Faculty Of Pharmaceutical Sciences Okayama University
-
YAMAZAKI Hiroyoshi
Institute for Biofunctional Research Co., Ltd.
-
Miyake Y
Institute For Bioftinctional Research Co. Ltd.
-
Hashimoto N
Institute For Bioftinctional Research Co. Ltd.
-
Hashimoto Naoto
Institute For Biofunctional Research C/o National Cardiovascular Center
-
Yamazaki Hiroyoshi
Institute For Biofunctional Research Co. Ltd.
-
HAYASHI Nobuyoshi
Institute for Biofunctional Research, c/o National Cardiovascular Center
-
Kuge Yuji
Central Institute Of Isotope Science Hokkaido University
-
Hayashi Nobuyoshi
Institute For Biofunctional Research C/o National Cardiovascular Center
-
HASHIMOTO Naoto
Institute for Bioftinctional Research Co., Ltd.
著作論文
- Brain uptake and metabolism of [1-^C]octanoate in rats: Pharmacokinetic basis for its application as a radiopharmaceutical for studying brain acid metabolism
- Prediction of the Optimum Reaction Time for Carbon-11 Labelling Reactions. The Rate Constants for the Carboxylation of Grignard Reagents