CV

Education

• 2025-04-01 to present | Assistant Professor (Kindai university)

• 2022-04-01 to 2025-03-31 | PhD student (Graduate School of Natural Science and Technology, Kanazawa university)

• 2020-04-01 to 2022-03-31 | Master of Science (Graduate School of Natural Science and Technology, Kanazawa university)

• 2016-04-01 to 2020-03-31 | Bachelor of Science (College of Science and Engineering, Kanazawa university)

Publication (Refereed)

1. Yoshifumi Takahata , Yuki Kasashima , Takuya Yoshioka , Shusei Yashiki , Justina Kulikauskaitė , Tomoaki Matsuura , Yuki Ohba , Hideaki Hasegawa , Naoki Yuri , Nagisa Iwai , Nanako Otsu , Mikiya Kitakata ,Yuta Kitaguchi , Haruki   Furune , Chihiro Omori , Mutsumi Mukai , Yuki Komamura , Yi-Ying Huang , Matsumi Hirose , Nobuya Koike , Yoichi Yamada , Kazuo Nakazawa , Kumiko Ui-Tei , Yoshiyuki Sakaki , Rika Numano , Koichiro Uriu , Hajime Tei (2026)
   A Period1 inducer specifically advances circadian clock in mice
   Proc. Natl. Acad. Sci. U.S.A. 123 (4) e2509943123

2. Yuta Kitaguchi*, Hajime Tei, Koichiro Uriu (2022).
   Cell size homeostasis under the circadian regulation of cell division in cyanobacteria.
   Journal of Theoretical Biology, Volume 553, 21. (*: corresponding author)

Publication (Unrefereed)

1. Yuta Kitaguchi (2023). Record of participation in Gordon Research Conference. Journal of Japanese Society for Chronobiology, Vol. 29, No. 2.

2. Yuta Kitaguchi (2022). Mathematical analysis of cell division by a circadian clock. Newsletter of the Japanese Society for Mathematical Biology, Vol. 97, 5p.

Presentation

International conference

Poster

1. Yuta Kitaguchi, Satoru Komori, Hajime Tei, Koichiro Uriu (2023). Mathematical modeling of after effect in SCN networks. Chronobiology Gordon Research Conference.

2. Yuta Kitaguchi, Hajime Tei, Koichiro Uriu (2023). Mathematical modeling of cell size control. OKO International Symposium 2023 – Mathematical Biology from Genes to Cells to Humans.

Domestic conference

Poster

1. Yuta Kitaguchi, Daiki Takagi, Shoma Koike, Hajime Tei, Koichiro Uriu (11/2024).
   Temperature Compensation by a Small Number of Temperature Insensitive Parameters in Circadian Clock Network.
   Japanese Society for Chronobiology.

2. Yuta Kitaguchi (08/2024).
   Mathematical and Experimental Analysis of Temperature Compensation of Mammalian Circadian Rhythm.
   CBS2024.

3. Yuta Kitaguchi (11/2023).
   Mathematical modeling of circadian rhythm.
   Biological Rhythm Meeting for Young Researchers.

4. Yuta Kitaguchi, Daiki Takagi, Shoma Koike, Hajime Tei, Koichiro Uriu (11/2023).
   Mathematical and Experimental Analysis of Temperature Compensation of Circadian Rhythm.
   The Japanese Biochemical Society. 

5. Yuta Kitaguchi, Daiki Takagi, Shoma Koike, Hajime Tei, Koichiro Uriu (09/2023).
   Experimental Analysis of Temperature Compensation of Circadian Rhythm Based on Mathematical Modeling.
   Japanese Society for Chronobiology.

6. Yuta Kitaguchi, Satoru Komori, Hajime Tei, Koichiro Uriu (12/2022).
   Mathematical Analysis of After Effect in SCN Networks.
   Japanese Society for Chronobiology. 

7. Yuta Kitaguchi, Hajime Tei, Koichiro Uriu (12/2021).
   Mathematical Modeling of Effect of Cyanobacterial Circadian Clock on Cell Division.
   Japanese Society for Chronobiology. 

8. Yuta Kitaguchi, Hajime Tei, Koichiro Uriu (12/2020).
   Mathematical Modeling of Cyanobacterial Cell Division under Regulation of Circadian Clock.
   The Molecular Biology Society of Japan

9. Yuta Kitaguchi, Hajime Tei, Koichiro Uriu (09/2020).
   Mathematical modeling of cell length and doubling time control by a circadian clock in cyanobacteria.
   Japanese Society for Mathematical Biology.

Oral

1. Yuta Kitaguchi (12/2024)
   Mathematical modeling of circadian rhythm: temperature compensation and after effect.
   RIKEN Interdisciplinary Theoretical and Mathematical Sciences Program.

2. Yuta Kitaguchi, Daiki Takagi, Shoma Koike, Hajime Tei, Koichiro Uriu (09/2024).
   Temperature Compensation of Circadian Clock by a Few Percent of Temperature Insensitive Parameters.
   Japanese Society for Mathematical Biology.

3. Yuta Kitaguchi (11/2023).
   Mathematical modeling of circadian rhythm.
   Biological Rhythm Meeting for Young Researchers.

4. Yuta Kitaguchi, Hajime Tei, Koichiro Uriu (09/2023).
   After Effect of Circadian Clock in SCN Networks.
   Japanese Society for Mathematical Biology.

5. Yuta Kitaguchi (12/2022). Mathematical modeling of circadian rhythm.
   Biological Rhythm Meeting for Young Researchers.

6. Yuta Kitaguchi, Hajime Tei, Koichiro Uriu (09/2022).
   Cyanobacterial Cell Size Homeostasis Under Regulation of Cell Division by Circadian Clock.
   Japanese Society for Mathematical Biology.

7. Yuta Kitaguchi, Hajime Tei, Koichiro Uriu (03/2022).
   Mathematical analysis of regulation of cell division by a circadian clock.
   Mathematical Biology Exchange Presentation.

8. Yuta Kitaguchi (11/2021).
   Mathematical modeling of cyanobacteria cell division by a circadian clock.
   Biological Rhythm Meeting for Young Researchers.

9. Yuta Kitaguchi, Hajime Tei, Koichiro Uriu (09/2021).
   Mathematical modeling of cyanobacterial cell division regulated by circadian clock.
   Japanese Society for Mathematical Biology.

10. Yuta Kitaguchi (10/2020).
    Mathematical modeling of cyanobacterial cell division.
    Biological Rhythm Meeting for Young Researchers.

Grants

1. Grant-in-Aid for Early-Career Scientists (2026-2028)

2. Project for Outstanding Next Generation Ph.D. Students(2022-2024)

Other experiences

1. Organizer- Biological Rhythm Meeting for Young Researchers (2023-2024)