Conference Activities & Talks -

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  1. Sakhor Wajihah, Sugata Kenji, Tan Benjy Jek Yang, Monde Kazuaki, Motozono Chihiro, Kariya Ryusho, Reda Omnia, Rahman Akhinur, Matsuo Misaki, Nakamura Hitomi, Okada Seiji, Ueno Takamasa, Sagara Yasuko, Takeuchi Hiroaki, Ono Masahiro, Maeda Kenji, Satou Yorifumi. 新人研究者によるワークショップ　初代CD4+T細胞におけるHIV-Tocky systemとトランスクリプトーム解析およびエピゲノム解析の組み合わせにより潜伏期の確立に関与するメカニズムを発見する(Workshops by new investigators　HIV-Tocky system in primary CD4+T cells joined with transcriptomic and epigenomic analysis to discover mechanism involves in the establishment of latency). 日本エイズ学会誌 2024.11.01

  2. Hiroaki Takeuchi. Identification of Host Factors Regulating HIV-1 Latency and Their Potential Therapeutic Targets in HIV-1 Latency Reversal.. U.S-Japan Cooperative Medical Sciences Program (USJCMSP) AIDS Panel Meeting 2024.03.07 Seoul, KR

  3. Hiroaki Takeuchi. Identification of host factors regulating HIV-1 latency and their potential therapeutic targets in HIV-1 latency reversal. The 2nd France-Japan symposium on HIV/AIDS and infectious disease basic research 2022.11.05 Tokyo, Japan

  4. Sakhor Wajihah, Sugata Kenji, Tan Benjy Jek Yang, Monde Kazuoki, Motozono Chihiro, Reda Omnia, Rahman Akhinur, Matsuo Misaki, Nakamura Hitomi, Ueno Takamasa, Sagara Yasuko, Takeuchi Hiroaki, Ono Masahiro, Maeda Kenji, Satou Yorifumi. 新規組換えHIVモデルを用いてトランスクリプトーム解析・エピゲノム解析によりHIVの活性化・潜伏感染の運命を明らかにする(Novel recombinant HIV model reveals the fate of HIV activation and latency by transcriptomic and epigenomic analysis). 日本エイズ学会誌 2022.11.01

  5. Sithi Sharmin Nahar, Reda Omnia, Sakhor Wajihah, Rahman Akhinur, Monde Kazuaki, Rajib Samiul Alam, Sugata Kenji, Takeuchi Hiroaki, Ono Masahiro, Maeda Kenji, Satou Yorifumi. 新規Latency Promoting Agentsの同定におけるTimer-HIV-1 systemの応用(Application of Timer-HIV-1 system to identify novel Latency Promoting Agents). 日本エイズ学会誌 2022.11.01

  6. Sakhor Wajihah, Sugata Kenji, Tan Benjy Jek Yang, Monde Kazuoki, Motozono Chihiro, Reda Omnia, Rahman Akhinur, Matsuo Misaki, Nakamura Hitomi, Ueno Takamasa, Sagara Yasuko, Takeuchi Hiroaki, Ono Masahiro, Maeda Kenji, Satou Yorifumi. 新規組換えHIVモデルを用いてトランスクリプトーム解析・エピゲノム解析によりHIVの活性化・潜伏感染の運命を明らかにする(Novel recombinant HIV model reveals the fate of HIV activation and latency by transcriptomic and epigenomic analysis). 日本エイズ学会誌 2022.11.01

  7. Sithi Sharmin Nahar, Reda Omnia, Sakhor Wajihah, Rahman Akhinur, Monde Kazuaki, Rajib Samiul Alam, Sugata Kenji, Takeuchi Hiroaki, Ono Masahiro, Maeda Kenji, Satou Yorifumi. 新規Latency Promoting Agentsの同定におけるTimer-HIV-1 systemの応用(Application of Timer-HIV-1 system to identify novel Latency Promoting Agents). 日本エイズ学会誌 2022.11.01

  8. Reda Omnia, Monde Kazuaki, Sugata Kenji, Rahman Akhinur, Sakhor Wajihah, Tan Benjy J.Y., Matsuo Misaki, Takeuchi Hiroaki, Ono Masahiro, Satou Yorifumi. タイマー蛍光タンパク質によるHIV-1プロウイルス転写監視のための新しいin-vitroモデル(A new in-vitro model to monitor HIV-1 proviral transcription by timer-fluorescence protein). 日本エイズ学会誌 2021.11.01

  9. Reda O, Monde K, Sugata K, Rahman A, Sakhor W, Rajib SA, Tan BJY, Matsuo M, Ono M, Takeuchi H and Satou Y. A new in-vitro model to monitor HIV-1 proviral transcription by timer-fluorescence protein.. Cold Spring Harbor Laboratory Meeting on Retroviruses 2021.05.27 New York, USA

  10. Ishida T, Satou Y, Gohda J, Kitamura H, Gan S, Takahashi K, Yamaoka S, and Takeuchi H.. Genome-wide RNAi screen identifies MAPK-RPK required for HIV-1 proviral silencing in non-T cell reservoir cell-line model.. The 9th international workshop on HIV persistence during therapy 2019.12.10 Miami, USA

  11. Takeuchi Hiroaki. Multiple approach to HIV cure: Towards a better understanding of the precise cellular regulation of HIV-1 infection.. France-Japan Symposium on HIV and hepatitis basic research 2019.10 Paris, France

  12. Hiroaki Takeuchi. Dynamics and Regulation of HIV-1 Uncoating and Nuclear Movements of HIV-1 Complexes: Our Recent Advances and Future Perspectives.. CAIDS/ACC/ARC Joint Symposium 2018.11.10 東京

  13. Yoshida Takeshi, Kawamura Saki, Yamaguchi Haruka, Takeuchi Hiroaki, Yamaoka Shoji. HIV-1の侵入を支援する宿主因子の同定(Identification of a host factor supporting HIV-1 entry). 日本エイズ学会誌 2018.11.01

  14. 武内　寛明. Dynamics and regulation of HIV-1 uncoating and nuclear movements of HIV-1 complexes. 熊本大学エイズ学研究センター「エイズ学演習VI」大学院セミナー 2018.07.25 熊本、日本

  15. Hiroaki Takeuchi. The timing and triggering of uncoating in an early stage of HIV-1 infection: the essential role of MELK for optimal capsid core disassembly. Special AMR seminar at St. Vincent's Centre of Applied Medical Research 2017.09.27 Sydney, Australia

  16. Hiroaki Takeuchi. The timing and triggering of HIV-1 uncoating: the essential role of MELK for optimal capsid core disassembly.. U.S-Japan Cooperative Medical Sciences Program (USJCMSP) AIDS Panel Meeting 2016.01.13 Washington DC, USA

  17. Hideki Saito. N-terminally truncated POM121C, a component of nuclear pore complexes, inhibits HIV-1 replication. 2015.05.19 Cold Spring Harbor Laboratory

  18. Takeuchi H, Saito H, Miyamoto T, Yoshinaga T, Ishii H and Yamaoka S. AMPK-RPK is a host essential factor for optimal capsid disassembly to promote viral cDNA synthesis during the early stage of HIV-1 infection. Cold Spring Harbor Laboratory Meeting on Retroviruses 2014.05.20 New York, USA

  19. Takeuchi H. Species-specific Effect of Cyclosporine A on Simian Immunodeficiency Virus Replication: Possible Contribution of Cyclophilins to the Determination of Viral Tropism. China-Japan Research Collaboration on Emerging and Reemerging Infections 2009.10.22 Beijing, China

  20. Takeuchi H, Ishii H and Matano T. Cyclophilin B has an inhibitory effect on SIV but not HIV-1 replication in human cells. Cold Spring Harbor Laboratory Meeting on Retroviruses 2009.05.20 New York, USA

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