Faculty Information - Hayashi Syuuhei

Hayashi Syuuhei

Department / Course FACULTY OF BIOTECHNOOLOGY AND LIFE SCIENCE Department of Biotechnology and Life Sciences

Job

Academic conference presentation
1.	2012/09	Effect of aggregate size on growth and isoflavonoids production of Pueraria lobata (kudzu) callus in suspension culture (15th International Biotechnology Symposium Daegu)
2.	2012/09	Effect of dilution of medium components on growth and paclitaxel production of Taxus cuspidata callus (15th International Biotechnology Symposium Daegu)
3.	2011/05	Growth characteristics and subsequent chondrogenesis of subcultured human chondrocyte in cell aggregate culture under low oxygen tension (Asian Congress on Biotechnology 2011)
4.	2011/05	Possibility of onsite transformation of plant by direct DNA introduction via vessel network (Asian Congress on Biotechnology 2011)
5.	2011/05	Screening of new stress-tolerant related genes by exhaustive analysis of phenotype of transformed Escherichia coli (Asian Congress on Biotechnology 2011)
6.	2009/11	Cell aggregation and subsequent phenotype expression of multi-passaged human chondrocytes in rotational culture (Asia Pacific Biochemical Engineering Conference'09)
7.	2009/11	Improvement of shear stress tolerance of enzymes in the existence of water-miscible ionic liquids (Asia Pacific Biochemical Engineering Conference'09)
8.	2007/11	Improvement of shear stress tolerance of laccase by adding water-miscible ionic liquids (Asia Pacific Biochemical Engineering Conference'07)
9.	2007/08	Development of transformation bacteria array (Engineering Cell Biology -- The Cell in Context)
10.	2006/09	On product recovery processes from the yew culture medium to avoid feed-back inhibition of paclitaxel (The International Conference on Exploring the Frontier of Nano, Bio & Pharmaceutical Technology)
11.	2006/08	Enhanced production of paclitaxel by callus culture in a new bioreactor equipped with a unit of foam separation (6th European Symposium on Biochemical Engineering Science)
12.	2006/08	Improvement of shear stress tolerance of enzyme by adding water-miscible ionic liquids (6th European Symposium on Biochemical Engineering Science)