 |
|
||||||||||||||||||||||||
| Poster No. |
Presenter | Title | |
| P-01 | Yukihito Ishizaka [NCGM] |
Vpr induces retrotransposition of long interspersed nucleotide element-1 in brain tissues: implication for HIV-1-induced dysfunction of CNS | |
| P-02 | Atsushi Koito [Kumamoto Univ.] |
ApoB mRNA editing enzyme APOBEC1-mediated intrinsic restriction activity against HIV-1 and retrotransposons in small animal species | |
| P-03 | Yosuke Maeda [Kumamoto Univ.] |
Detection of viral fusion events at the single-cell level using virions labeled with Gag fused with two different fluorescent proteins | |
| P-04 | Shogo Misumi [Kumamoto Univ.] |
HUMAN IMMUNODEFICIENCY VIRUS TYPE 1 REQUIRES PROLYL ISOMERASE PIN1 FOR UNCOATING | |
| P-05 | Hirokazu Tamamura [Tokyo Medical and Dental Univ.] |
Peptidic HIV integrase inhibitors derived from HIV gene products | |
■Candidates for Best Poster Award
| Poster No. |
Presenter | Title | |
| P-06 | Hiroshi Arai [Tokyo Medical and Dental Univ.] |
Development of small CD4 mimic molecules that induce conformational changes in gp120 | |
| P-07 | Taro Ozaki [Tokyo Medical and Dental Univ.] |
Structure-activity relationships of CXCR4 antagonists having the dipicolylamine/azamacro- cyclic-metal complex structures | |
| P-08 | Taisuke Izumi [Kyoto Univ.] |
Model structure of APOBEC3G N-terminal region reveals a biding pocket modulating HIV-1 Vif interaction and RNA required for encapsidation | |
| P-09 | Terumasa Ikeda [Kumamoto Univ.] |
Identification of the functional region required for anti-HIV-1 activity of APOBEC1 | |
| P-10 | Kazuhiko Maeda [Kumamoto Univ.] |
GANP regulates the incorporation of Apobec3G into HIV-1 virions | |
| P-11 | Natsuko Inagaki [Univ. of Tokyo] |
Critical amino acid residues for functional interaction between N-terminal and C-terminal domains in SIV capsid proteins | |
| P-12 | Ken Kono [Osaka Univ.] |
Simian-tropic HIV-1 NL-4/5S6/7SvifS shows slower capsid uncoating in human cells | |
| P-13 | Takeo Kuwata [Kumamoto Univ.] |
Isolation of monoclonal neutralizing antibodies from SIV-infected macaques by phage display | |
| P-14 | Sayaka Sukegawa [Tokyo Medical and Dental Univ.] |
Involvement of suppressor of cytokine signaling 1 (SOCS1) protein in the Rhesus Macaque TRIM5α-mediated restriction of HIV-1 production | |
| P-15 | Tomoko Kobayashi [Kyoto Univ.] |
Live cell-based mutagenesis studies reveals the structural insights for human tetherin recognition by HIV-1 Vpu | |
| P-16 | Youichi Ogawa [Univ. of Yamanashi] |
Production of LL-37 during herpes simplex virus types 2 infection in human keratinocytes enhances HIV susceptibility in Langerhans cells, but not in Dendritic cells | |
| P-17 | Teppei Toda [Kumamoto Univ.] |
A novel anti-CD4 monoclonal antibody that inhibits HIV-1 membrane fusion | |
| P-18 | Shigeyoshi Harada [Kumamoto Univ.] |
Evolution and selection of the env gene of HIV-1 primary isolates during in vitro selection of raltegravir | |
| P-19 | Kensaku Anraku [Kumamoto Health Science Univ.] |
Exploration of small molecules that bind HIV-1 MA protein strongly | |
| P-20 | Masateru Hiyoshi [Kumamoto Univ.] |
HIV-1 Nef Perturbs Function, Structure and Signaling of the Golgi through a Src Kinase Hck | |
| P-21 | Nopporn Chutiwitoonchai [Kumamoto Univ.] |
Effect of a small compound and an Hck mutant on HIV-1 infectivity | |
| P-22 | Takashi Chihara [Kumamoto Univ.] |
Effect of Nef on anti-inflammatory M2-macrophages | |
| P-23 | Shinichiro Hattori [Kumamoto Univ.] |
The kinetic analysis of Foxp3+CD4+ regulatory T cells in HIV-1 infection | |
| P-24 | Ryusho Kariya [Kumamoto Univ.] |
HIV protease inhibitor inhibits the growth of primary effusion lymphoma and induces apoptosis | |
| P-25 | Zafrul Hasan [Kumamoto Univ.] |
Implication of the effects of host immune responses on the HIV-1 vpu gene evolution | |
| P-26 | Philip Mwimanzi [Kumamoto Univ.] |
Nef activity in down regulation of viral receptors and protection of HIV superinfection is modulated by Nef mutations that confer CTL escape during acute infection | |
| P-27 | Nobutoki Takamune [Kumamoto Univ.] |
Potential low protein expression property of Nef | |
| P-28 | Yusuke Nakano [Kumamoto Univ.] |
Modification of coreceptor oligomerization by coreceptor inhibitors | |
| P-29 | Hiromi Terasawa [Kumamoto Univ.] |
Complete Resistance to Maraviroc in R5 HIV-1 with gp120 V3 Loop Mutations Is Affected by T199K and/or T275M in Env | |
| P-30 | Nobuyo Higashi-Kuwata [Kumamoto Univ.] |
Early phase dynamics of HIV-1 infection in hPBM-transplanted NOD/SCID/Jak3-/- mice using infectious HIV-1 carrying fluorescent protein mCherry | |
| P-31 | Hiromi Ogata-Aoki [Kumamoto Univ.] |
Early Phase Dynamics of HIV Infection in hPBMC-Transplanted NOD/SCID/Jak3-/- Mice Using Infectious HIV Carrying a Fluorescent Protein, mCherry: 2 | |
| P-32 | Yoshinori Sato [Kumamoto Univ.] |
Failure of effector function of human CD8+ T cells in NOD/SCID/Jak3-/- mice transplanted with human CD34+ hematopoietic stem cells | |
| P-33 | Masao Hashimoto [Kumamoto Univ.] |
HIV-1 specific HLA-B*5401-restricted Pol155-specific CTLs include distinct CTL repertoire with different antigen specificity against epitope variant | |
| P-34 | Nozomi Kuse [Kumamoto Univ.] |
Long-term control of HIV-1 infection in HLA-B*5101+ Japanese hemophiliacs | |
| P-35 | Takuya Naruto [Kumamoto Univ.] |
Selection of HLA-B57-associated Gag A146P mutant by HLA-B*4801-resticted CTLs in HLA-B57-negative Japanese cohort | |
| P-36 | Kazutaka Honda [Kumamoto Univ.] |
Selection of HIV-1 escape mutant by HLA-Cw*1202-restricted Pol-specific cytotoxic T lymphocytes having a strong ability to suppress HIV-1 replication | |
| P-37 | Tomohiro Akahoshi [Kumamoto Univ.] |
HIV-1-specific cytotoxic T lymphocytes having cross-recognition for escape mutation | |
| P-38 | Tamayo Watanabe [Univ. of Toyama / Kumamoto Univ.] |
Identification and characterization of 5 novel HIV-1 Integrase-specific HLA-B*4002-restricted CTL epitopes | |
| P-39 | Madoka Koyanagi [Kumamoto Univ.] |
HIV-1-specific CD4+ T cell response to HIV-1 Nef, Gag and Pol in Japanese cohort | |
| P-40 | Hayato Murakoshi [Kumamoto Univ.] |
Comprehensive analysis of HIV-1-specific CD8+ T cell responses in chronically HIV-1-infected Japanese cohort | |
| P-41 | Takayuki Chikata [Kumamoto Univ.] |
HLA-Associated Viral Polymorphism in Chronically HIV-1 Infected Japanese Cohort | |
| P-42 | Jagdagsuren Davaalkham [NCGM] |
Emergence of HIV-1 Subtype B outbreak in Mongolia | |
| P-43 | Koji Watanabe [NCGM / Kumamoto Univ.] |
Clinical features of amoebic diseases in HIV-infected individuals in Japan | |
| P-44 | Tsunefusa Hayashida [NCGM / Kumamoto Univ.] |
Trends in early identification of HIV infection in Tokyo analyzed by BED assay | |
| P-45 | Takeshi Nishijima [NCGM] |
The impact of weight on Tenofovir-induced renal dysfunction among Japanese patients with HIV-1 infection | |
| P-46 | Takayoshi Koyama [NCGM] |
Integration into DNA double-strand break sites of HIV-1 is not attenuated by raltegravir, an integrase inhibitor | |
| P-47 | Kazuhiko Ide [Kumamoto Univ.] |
Novel HIV-1 protease inhibitors (PIs) containing bis-tetrahydrofuran (bis-THF) and a novel polycyclic ligand | |
| P-48 | Manabu Aoki [Kumamoto Health Science Univ.] |
Tipranavir-resistant HIV-1 loses both protease enzymatic inhibition and dimerization inhibition activity | |
| P-49 | Masayuki Amano [Kumamoto Univ.] |
Inserts in Gag Proteins Elicit Degradation of the Gag Proteins in Multi-drug-resistant HIV Variants | |
| P-50 | Matthew L. Danish [Kumamoto Univ.] |
Emergence of HIV-1 Variants Highly Resistant to Darunavir and the Resistance Mechanism | |
| P-51 | P. Miguel Salcedo-Gomez [Kumamoto Univ.] |
An unreported insert QQATADT in the Gag-encoding region of HIV-1 isolated from a treatment-experienced HIV-1-infected patients | |
