Nakagawa Takuro

ナカガワタクロウ | Nakagawa Takuro

Affiliation and department：
Homepage URL (2)： http://www.bio.sci.osaka-u.ac.jp/~takuro/science/ , https://www.bio.sci.osaka-u.ac.jp/~takuro/science/markdown/

Research field (2)： Molecular biology , Genetics

Research keywords (6)： chromosome , Gross chromosomal rearrangement , centromere , DNA recombination , DNA replication , fission yeast

Research theme for competitive and other funds (13)：

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Papers (36)：

Ran Xu, Ziyi Pan, Takuro Nakagawa. Gross chromosomal rearrangement at centromeres. Biomolecules. 2024. 14. 1. 28
Piyusha Mongia, Naoko Toyofuku, Ziyi Pan, Ran Xu, Yakumo Kinoshita, Keitaro Oki, Hiroki Takahashi, Yoshitoshi Ogura, Tetsuya Hayashi, Takuro Nakagawa. Fission yeast Srr1 and Skb1 promote isochromosome formation at the centromere. Communications Biology. 2023. 6. 1. 551-551
Jie Su, Ran Xu, Piyusha Mongia, Naoko Toyofuku, Takuro Nakagawa. Fission yeast Rad8/HLTF facilitates Rad52-dependent chromosomal rearrangements through PCNA lysine 107 ubiquitination. PLoS Genetics. 2021. 17. 7. e1009671
Atsushi T Onaka, Jie Su, Yasuhiro Katahira, Crystal Tang, Faria Zafar, Keita Aoki, Wataru Kagawa, Hironori Niki, Hiroshi Iwasaki, Takuro Nakagawa. DNA replication machinery prevents Rad52-dependent single-strand annealing that leads to gross chromosomal rearrangements at centromeres. Communications Biology. 2020. 3. 1. 202-202
Nakagawa T, Okita AK. Transcriptional silencing of centromere repeats by heterochromatin safeguards chromosome integrity. Current Genetics. 2019. 65. 5. 1089-1098

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MISC (7)：

Takuro Nakagawa. Gross chromosomal rearrangements at the centromere. Medical Science Digest. 2023. 49. 9. 64-66
中川拓郎. ゲノム編集なき遺伝子治療へ. ダイヤモンド社「週刊ダイヤモンド」. 2019. 107. 41. 51-51
Takuro Nakagawa, Atsushi Onaka, Tatsuro S. Takahashi, Hisao Masukata. Rad51 and Rad54 promote noncrossover recombination between centromere repeats to prevent isochromosome formation. GENES & GENETIC SYSTEMS. 2016. 91. 6. 372-372
Jie Su, Akiko Okita, Tatsuro Takahashi, Hisao Masukata, Takuro Nakagawa. Fission yeast CENP-T nucleosomes promote the isochromosome formation in centromere. GENES & GENETIC SYSTEMS. 2015. 90. 6. 377-377
Takuro Nakagawa. Molecular mechanism of gross chromosomal rearrangements in centromere. GENES & GENETIC SYSTEMS. 2014. 89. 6. 283-283

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Books (2)：

Institute for Radiation Sciences (IRS) Annual Report 2018-2019
2020
Fundamental Aspects of DNA Replication
InTech, Rijeka, Croatia 2011 ISBN:9789533072593

Lectures and oral presentations (34)：

セントロメア領域の転写による染色体異常の発生
(染色体ワークショップ(第41回)・核ダイナミクス研究会(第22回) 2024)
Transcription of centromeric DNA repeats causes gross chromosomal rearrangement
(2023)
Transcriptional restart causes chromosomal rearrangements through DR-loop formation at centromeres
(2023)
Fission yeast Srr1 and CENP-A cause gross chromosomal rearrangement at centromeres
(The 46th Annual Meeting of the Molecular Biology Society of Japan 2023)
Transcriptional Restart Causes Chromosomal Rearrangements at the Centromere
(Celebrating 32 Years of Ludwig San Diego: Insights into Genome Integrity and Regulation in Cancer 2023)

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Education (3)：

Professional career (1)：

Work history (4)：

2011/02 - 現在 Osaka University Graduate School of Science Associate Professor
2007/04 - 2011/01 Osaka University Graduate School of Science Assistant Professor
2000/08 - 2007/03 Osaka University Graduate School of Science Assistant Professor
1998/05 - 2000/07 University of California San Diego (UCSD) Ludwig Institute for Cancer Research Postdoctoral Fellow

Awards (7)：

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Association Membership(s) (2)：

THE GENETICS SOCIETY OF JAPAN , 日本分子生物学会

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