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Collaborative Graduate School
Understands the mechanisms of life and contribute to the life science industry.
Gain a broad range of knowledge, from genes to ecosystems, and develop practical skills and applied abilities through various experiments and exercises.
Clarify life at the molecular level and explore the development of new technologies. Gain solid skills through numerous experiments and practical exercises. You will be equipped to thrive in a wide range of fields, including medicine, cosmetics, food, and ecosystem conservation.
Welcome to the world of life sciences, where exciting challenges in uncharted territories await.
Life sciences have unraveled the intricate mechanisms that sustain life itself, improving people's lives through the development of pharmaceuticals, food products, cosmetics, and other items with a wide range of effects and benefits. The Department of Life Sciences offers students the opportunity to explore life at the genetic and cellular levels while challenging them to understand and discover new life phenomena. Additionally, students can focus their efforts on the rapidly growing field of biopharmaceuticals. In addition to drug development, students learn about post-development manufacturing, quality control, and other aspects of process management, equipping them with the practical skills needed in the real world.
Learn the principles of life sciences and acquire basic experimental techniques
Study the fundamentals of biology, mathematics, and chemistry, which form the foundation of life sciences and provide essential academic skills in the sciences. Through hands-on exercises, you will learn experimental techniques and report writing. This will establish a solid foundation for engaging in more advanced experiments starting in the second year.
Life science subjects and engage in experiments
Learn a wide range of topics, from basic to advanced, including physiology, virology, and environmental structure. Participate in comprehensive experiments, and in the life science basic experiments course, taught by 11 faculty members on a rotating basis, engage in discussions with professors while experiencing cutting-edge research and absorbing specialized knowledge.
Join a laboratory and learn the theories and techniques required by society
Deepen your knowledge by focusing on how life science insights can be applied to society. Study cutting-edge theories and techniques in high-demand fields such as pharmaceutical production and ecosystem conservation. Explore areas of interest within the laboratory setting.
Apply the knowledge and skills you've acquired to your graduation research
In your research, work on developing new technologies and theories. As you plan and conduct experiments, you will also learn methods for discussion, presentation, and research reporting. This process will enhance your overall skills as an engineer.
Aiming for the advancement of cancer treatment, I am challenging myself to elucidate the suppression mechanisms.
Since I had already decided to pursue a career in pharmaceutical development, I chose the Department of Life Sciences, which allows me to study a wide range of topics, from the physiological functions of organisms to cellular processes and genetic information. Currently, I am researching the mechanisms by which cancer is suppressed and promoted using RNA, which synthesizes proteins based on DNA instructions. While much remains unknown in this field, I hope to contribute, even in a small way, to the treatment of cancer, which can be considered humanity's greatest enemy.