Satoshi TERADA, Associate Professor

Ph.D. (The University of Tokyo, 1995)

Japanese

Generating of novel cell lines for artificial organ and cell therapy.
Improvement of bio-active factor production. Study of apoptosis mechanism.


Publications (2002- )

• 1）S. Terada, et al.Establishment of Novel Cell Line for Artificial Liver Animal Cell Technology: Basic & Applied Aspects vol.12. 201-205. 2002
• 2) S. Terada, et al. Apoptosis Inhibiting Genes and Caspase Inhibitors Improved Mammalian Cell Survival and Enhanced Protein Production ACS Symposium Series 830, Biological Systems Engineering. 190-199. 2002
• 3) A. Ogawa, S. Terada, et al. Human Amniotic Epithelial (HAE) Cells Produce Erythropoietin Animal Cell Technology: Basic & Applied Aspects vol.12.　309-313. 2002
• 4) M. Kawahara, A. Natsume, S. Terada, et al. Lysozyme-Dependent Proliferation Switch: Hematopoietic and Hybridoma Cell Growth Control with the Use of Antibody/gp130 Chimera Animal Cell Technology: Basic & Applied Aspects vol.12. 337-341. 2002
• 5) S. Terada, et al. Sericin, a Protein Derived from Silkworms, Accelerates the Proliferation of Several Mammalian Cell Lines Including a Hybridoma Cytotechnology. 40. 3-12. 2002
• 6) S. Terada, et al. Generation of a Novel Apoptosis-Resistant Hepatoma Cell Line Journal of Bioscience and Bioengineering.95. 146-151. 2003
• 7）S. Terada, et al.Transfecting Anti-Apoptosis Genes into a Hepatoma Cell Line in order to Improve Cryopreservation. Low Temp. Med., 29, 1-5. 2003
• 8) N. Sakai, S. Terada, et al. Introduction of Apoptosis-Resistant Genes to Hybridoma Cells and their Influence. Animal Cell Technology: Basic & Applied Aspects, in press
• 9) T. Kumagai, K. Takemura, S. Terada, et al. Effect of Silk Protein Sericin on Hepatoblastoma HepG2 Animal Cell Technology: Basic & Applied Aspects, in press
• 10) A. Ogawa, S. Terada et al. Anti-apoptotic genes protect an insulinoma cell line from cell death induced by hyperglycemia, Animal Cell Technology meets Genomics, in press
• 11) A. Ogawa, S. Terada et al. Progesterone, but not 17b-Estradiol, Up-regulates Erythropoietin (EPO) Production in Human Amniotic Epithelial Cells Journal of Bioscience and Bioengineering, （accepted）

Photographs