bob博彩公司_申博体育在线-投注*官网

图片

Tokyo University of Marine Science and Technology

Shinagawa Etchujima CampusGraduate School of Marine Science and Technology

The Graduate School of Marine Science and Technology has a doctoral course divided into a master's course and a doctoral course, and trains independent highly specialized professionals who open up cutting-edge fields.Furthermore, in collaboration with the Japan Fisheries Research and Education Agency, the Japan Agency for Marine-Earth Science and Technology, and the National Institute of Maritime, Port and Aviation Technology, we will further enhance education and research and improve the quality of graduate students. We are trying to

[Awards and Commendations] Graduate students from our university received the Outstanding Oral Presentation Award and Outstanding Poster Presentation Award at the 24th Marine Biotechnology Society Conference

Graduate School of Marine Science and Technology Companies / researchers Current students

2024Years525Day and 26Held at the University of Tsukuba onThe 24th Annual Meeting of the Marine Biotechnology SocietyAt the symposium, Natsuko Moriya and Hiroki Yamakawa, both graduate students from the Yoshizaki Laboratory, received the Outstanding Oral Presentation Award and theExcellent Poster Presentation AwardWas awarded.

【Winner】
Natsuko Moriya (Tokyo University of Marine Science and Technology Graduate School of Marine Science and Technology Doctoral Program 3Years
Hiroki Yamakawa(Tokyo University of Marine Science and Technology Graduate School of Marine Science and Technology Doctoral Program 3Years

[Title and content of award-winning research]
Natsuko Moriya
Title: Surrogate parent technique using rainbow trout induced to mature precociously by overexpressing the follicle-stimulating hormone gene - Can donor-derived sperm be obtained in six months? -
usually2We have succeeded in developing a technology to obtain sperm from rainbow trout, which mature in years, in just six months, making a significant contribution to dramatically accelerating breeding.

Hiroki Yamakawa
Title: Restoration of Miyakotanago derived from frozen germ cells using a heterologous host
In order to prevent the extinction of Miyako tanago, we have succeeded in producing morphologically and genetically pure Miyako tanago for the next generation by transplanting frozen Miyako tanago reproductive cells into surrogate parents.

Marine Bio_Certificate_Moriya-1.pdf.jpg

Marine Bio Award Certificate Yamakawa.jpg

Award photo_Moriya_Yamakawa.jpg
From left: Mr. Moriya, Professor Yoshizaki, and Mr. Yamakawa

<Related links>
Marine Biotechnology Society Website

BACK TO NEWSLIST