Kenji Miyata

マウス胸腺における抗体遺伝子の転写 

京都女子大学食物学会誌, 59, 31, 2004  

マウス胸腺脂肪化の組織学的検討 

京都女子大学食物学会誌, 57, 1-5, 2002  

Histological study of lipogenesis in the thymus of the mouse 

Journal of Food Science Kyoto Women's University, 57, 1-5, 2002  

マウス胸腺における脂肪化および脂肪細胞分化 

京都女子大学食物学会誌, 56, 1-8, 2001  

Dynamic process of apoptosis in adult rat cardiomyocytes analyzed using 48-hour videomicroscopy and electron microscopy, Beating and rate are associated with the apoptotic process 

Am. J. Pathology, 159, 683-691, 2001  

Study of adipogenesis in the thymus of the mouse 

Journal of Food Science Kyoto Women's University, 56, 1-8, 2001  

Dynamic process of apoptosis in adult rat cardiomyocytes analyzed using 48-hour videomicroscopy and electron microscopy Beating and rate are associated with the apoptotic process 

Am. J. Pathology, 159, 683-691, 2001  

マウスリンパ組織レプチンレセプター発現細胞の検出 

京都女子大学食物学会誌, 55, 23-28, 2000  

Identification of leptin receptor-expressing cells in lymphoid tissues of the mouse 

Journal of Food Science Kyoto Women's University, 55, 23-28, 2000  

マウスリンパ組織におけるレプチンレセプターの発現 

京都女子大学食物学会誌, 54, 1-5, 1999  

Possible usage of the firefly luciferase gene as a gene expression marker in preimplantaion embryos from transgenic mice 

Mem. Research Inst. B.O.S.T. Kinki University, 2, 11-18, 1999  

Expression of leptin receptor detected by RTPCR method in lymphoid tissues of the mouse 

Journal of Food Science Kyoto Women's University, 54, 1-5, 1999  

Possible usage of the firefly liciferase gene as a gene expression marker in preimplantation embryos from transgenic mice 

Memorial Reseearch Inst. B.O.S.T. Kinki University, 2, 11-18, 1999  

マウス胸腺脂肪化時期の検討 

京都女子大学食物学会誌, 53, 13-17, 1998  

Examination of fat cell development in the mouse thymus 

Journal of Food Science Kyoto Women's University, 53, 13-17, 1998  

ラットリンパ節細網細胞のライフスパン 

京都女子大学食物学会誌, (52) 11, 1997  

Life-span of reticular cell in the rat lymph node 

Journal of Food Science Kyoto Women's University, (52) 11, 1997  

Genetically engineered antibodies which have reduced binding affinity for thyroxine but retain the same affinity for tri-iodothyronine 

Biotechnology Letters, 18, 1325-1330, 1996