Technology development subprogram
FY2024-FY2025
| Project Period | Organism etc. | Focus/ 課題名 | Implementing Organization (Researcher) |
|---|---|---|---|
| FY2024-FY2025 | Chickens & Quails | ニワトリ・ウズラリソースの収集・保存・提供 | Avian Bioscience Research Center, Nagoya University (Ken-ichi Nishijima) |
| Medaka | 次世代型メダカバイオリソース整備とその拠点形成 | National Institute for Basic Biology（Kiyoshi Naruse） |
FY2024
| Project Period | Organism etc. | Focus/ 課題名 | Implementing Organization (Researcher) |
|---|---|---|---|
| FY2024 | Zebrafish | ゼブラフィッシュの収集・保存および提供 | Center for Brain Science（Hitoshi Okamoto） |
| Silkworms |
カイコバイオリソースの収集・保存・提供 | Graduate School of Agriculture, Kyushu University（Tsuguru Fujii） |
FY2023-FY2024
| Project Period | Organism etc. | Focus/ 課題名 | Implementing Organization (Researcher) |
|---|---|---|---|
| FY2023-FY2024 | Rats | Creドライバーラットの網羅的/局所的/機能的な解析技術の開発 | Institute of Laboratory Animals, Graduate School of Medicine, Kyoto University（Masahide Asano） |
| C. elegans | 生物遺伝資源の冷凍保存における凍結融解耐性のメカニズムの解析と応用 | Tokyo Women’s Medical University School of Medicine（Sawako Yoshina） | |
| Algae | 藻類リソースにおける無菌化関連技術の開発と運用 | National Institute for Environmental Studies (NIES)（Masanobu Kawachi） | |
| Paramecium | ゾウリムシ属の効率的な凍結保存技術の開発 | Joint Faculty of Veterinary Medicine, Yamaguchi University（Masahisa Watarai） | |
| Pathogenic eukaryotic microbes | 赤痢アメーバ培養株のリカバリー効率の高い凍結保存技術の開発 | Medical Miclogy Research Center, Chiba University（Takashi Yaguchi） |
FY2022-FY2023
| Project Period | Organism etc. | Focus/ 課題名 | Implementing Organization (Researcher) |
|---|---|---|---|
| FY2022-FY2023 | Chickens & Quails | ニワトリ・ウズラの遺伝子改変及びPGC培養・保存技術の開発 | Avian Bioscience Research Center, Nagoya University (Ken-ichi Nishijima) |
| Drosophira | ショウジョウバエ属における新規ゲノム編集技術と凍結保存技術の整備 | Department of Chromosome Sciences, National Institute of Genetics (Kuniaki Saito) | |
| DNA-related materials | AI技術の応用によるリソース関連文献の自動探索システムの開発 | Gene Engineering Division, RIKEN BioResource Research Center (Yoshihiro Miwa) |
Fundamental Technology Upgrading Program
| Project Period | Organism, etc | Focus | Implementing Organization (Researcher) | Details |
|---|---|---|---|---|
| F2020- F2021 |
General microbes, Pathogenic eukaryotic microbes, Pathogenic bacteria | Development of reference MALDI-TOF MS data that enables rapid identification of various microbes. | RIKEN BioResource Center (Rikiya Endo) | Go to the details (In Japanese) |
| Drosophila | Upgrading and verification of cryopreservation methods of Drosophila stocks | Kyoto Institute of Technology (Takano Toshiyuki) | Go to the details (In Japanese) |
|
| F2019- F2020 |
Mice | Development of degron-mediated protein knockout applicable to mouse system | National Institute of Genetics (Yumiko Saga) | Go to the details (In Japanese) |
| Rats | Development of reproductive engineering in rats; the effective operation and the expansion of new users | Kyoto University (Masahide Asano) | Go to the details (In Japanese) |
|
| Zebrafish | Development of transgenic fish lines that label and manipulate specific cell types | National Institute of Genetics (Koichi Kawakami) | Go to the details (In Japanese) |
|
| F2018- F2019 |
Mice | Genome Sequencing of Mouse Monitoring Organisms | RIKEN BioResource Research Center (Fumio Ike) | Go to the details (In Japanese) |
| Japanese macaques | Development of a highly sensitive detection system for Japanese monkey B virus DNA | Primate Research Institute, Kyoto University (Katsuki Nakamura) | Go to the details (In Japanese) |
|
| Chicken / Quail | Development of cryopreservation methods of chicken PGCs | Avian Bioscience Research Center, Nagoya University (Yoichi Matsuda) | Go to the details (In Japanese) |
|
| Chicken / Quail | Sophistication of the cryopreservation of avian germ cells | Graduate School of Biosphere Science, Hiroshima University (Yoshiaki Nakamura) | Go to the details (In Japanese) |
|
| Silkworms | Development of new cryopreservation methods for silkworm and wild silkworm | Kyushu University (Yutaka Banno) | Go to the details (In Japanese) |
|
| F2017- F2018 |
Drosophila | Development of new technologies for stable maintenance of Drosophila stocks | National Institute of Genetics (Shu Kondo) | Go to the details (In Japanese) |
| Rice | Establishment of experimental basis of genetic transformation for wild accessions of Oryza species | National Institute of Genetics (Yutaka Sato) | Go to the details (In Japanese) |
|
| Paramecium | Development of reliable cryopreservation method for Paramecium genus | Yamaguchi University (Masahiro Fujishima) | Go to the details (In Japanese) |
|
| F2016 | Drosophila | Development of a new cryopreservation method for Drosophila stocks | Drosophila Genetic Resource Center, Kyoto Institute of Technology (Toshiyuki Takano) |
Go to the details (In Japanese) |
| C. elegans | Construction of High-Performance balancers for C. elegans | Tokyo Women’s Medical University School of Medicine (Shohei Mitani) |
Go to the details (In Japanese) |
|
| Rats / Zebrafish / X. tropicalis | Development of easy protocols for efficient gene knock-in using genome editing technology | Hiroshima University (Takashi Yamamoto) | Go to the details (In Japanese) |
|
| Mice | Fundamental technology development of genome editing for the establishment of intractable disease models | RIKEN BioResource Center (Atsushi Yoshiki) | Go to the details (In Japanese) |
|
| F2014 | Silkworms | Development of cryopreservation methods of the silkworm | Kyushu University (Yutaka Banno) | Go to the details |
| Mice | Development of Cre-loxP recombination atlas for Cre-driver mouse strains | Laboratory Animal Resource Center, University of Tsukuba (Fumihiro Sugiyama) |
Go to the details | |
| F2012- F2013 |
Medaka | Production of functional gametes derived from cryopreserved germ-line stem cells using a surrogate broodstock system in medaka | Tokyo University of Marine Science and Technology (Goro Yoshizaki) | Go to the details |
| Mice | Establishment of in vitro fertilization systems for all mouse strains | Center for Animal Resources & Development (CARD),Kumamoto University (Naomi Nakagata) | Go to the details | |
| Drosophila | Development of cryopreservation method of Drosophila strains | National Institute of Genetics (Ryu Ueda) | Go to the details | |
| F2010- F2011 |
Rats | Improving the efficiency of sperm preservation technologies in rats | Kyoto University (Tadao Serikawa) | Go to the details |
| Mice | Production of conditionally gene-disrupted ES-cell clones and establishment of a database for the inactivated genes | Nara Institute of Science and Technology (Yasumasa Ishida) | Go to the details | |
| F2007- F2009 |
Drosophila | Development of a long-term stable preservation technology for Drosophila strains | Drosophila Genetic Resource Center, Kyoto Institute of Technology (Masa-Toshi Yamamoto) | Go to the details |
| Medaka | Development of standard strains for the functional analysis of medaka genes | National Institute for Basic Biology, National Institutes of Natural Sciences (Minoru Tanaka) |
Go to the details | |
| DNA (animal / plant / microbial) | Development of long-term preservation technology for genetic resources | RIKEN BioResource Center (Masatomo Kobayashi) | Go to the details | |
| F2007- F2008 |
Mice | A novel gene-disruption strategy based on the suppression of NMD | Nara Institute of Science and Technology (Yasumasa Ishida) | Go to the details |
| Mice / Rats | Development of transportation systems for mouse and rat resources | RIKEN BioResource Center (Atsushi Yoshiki) | Go to the details | |
| Project Period | Organism, etc | Focus | Implementing Organization (Researcher) | Details |