Poster
No. |
Presenter |
Title |
| P-01 |
Setsen
Zayasaikhan [National Center for Communicable Disease, Mongolia] |
Current Situation of HIV/AIDS in Mongolia |
| P-02 |
Sandeep
Gupta [Lamjung District Hospital, Nepal ] |
Review of Anti Retroviral Therapy Service at Resource Limited District Hospital of Nepal |
| P-03 |
Misato
Kotani [Tokyo Medical and Dental Univ.] |
New design of small CD4 mimic molecules targeting HIV-1 gp120 |
| P-04 |
Yuzuna
Honda [Tokyo Medical and Dental Univ.] |
Development of dimeric inhibitors against HIV-1 fusion utilizing disulfide bonds derived from gp41 fragment peptides |
| P-05 O-3-23 |
Hironori
Hayashi [NCGM] |
Novel protease inhibitors, which bind to the flap region of HIV-1 protease, strongly inhibit multi-drug resistant HIV-1 variants including darunavir-resistant variants |
| P-06 O-2-14 |
Kenji
Maeda [NCGM] |
Development of novel nucleoside reverse transcriptase inhibitors potent against HIV and HBV |
| P-07 |
Shigeyoshi
Harada [NIID] |
Genetic and molecular dynamics studies of the NBD-556, YYA-021 and JRC-II-191 binding to the wild type and mutant HIV-1 gp120 |
| P-08 O-3-24 |
Masayuki Amano [Kumamoto Univ.] | Modified P1-Moiety Enhances Antiviral Activity against Drug-Resistant HIV-1 Variants and Central Nervous System (CNS) Penetration Effectiveness of Newly-Generated HIV-1 Protease Inhibitors In Vitro. |
| P-09 |
Haruka
Uemura [Kumamoto Univ./ NCGM] |
Current situation of HCV infection in HIV-1 co-infected patients at NCGM |
| P-10 |
Yasuaki
Yanagawa [Kumamoto Univ. / NCGM] |
Isolation and Culture of Entamoeba histolycia from clinical specimens in Japan. |
| P-11 |
Daisuke
Mizushima [Kumamoto Univ. / NCGM] |
Prognosis of acute HBV infection among HIV-infected patients in Japan |
| P-12 O-1-04 |
Takeshi
Nishijima [NCGM] |
Management of chronic kidney diseases in HIV-1-infected patients in the era of “treatment for all” strategy |
| P-13 |
Izumi
Hirata [Kumamoto Univ.] |
Epitope analysis of anti-V3 monoclonal antibodies using phage display library |
| P-14 |
Keiko
Sakai [Kumamoto Univ.] |
Lack of a significant impact of Gag fitness on clinical outcomes of HIV-1 infection in Japan |
| P-15 |
Gilson
Alves [Kumamoto Univ.] |
Constitutive expression of anti-HIV-1 scFv intrabodies transduced by an HIV-1-based Lentivirus vector |
| P-16 |
Kazuki
Tanaka [Kumamoto Univ.] |
Enhanced neutralization of HIV-1 primary isolates by the small antibody fragments targeting CD4-induced (CD4i) epitope |
| P-17 O-3-19 |
Muntasir
Alam [Kumamoto Univ.] |
HIV-1 gp41 mutations against fusion inhibitor C34 showed enhanced sensitivity to neutralizing antibodies |
| P-18 O-3-18 |
Yasuhiro
Maruta [Kumamoto Univ.] |
Post-attachment neutralization by single-chain variable fragments targeting the V3 loop of HIV-1 envelope |
| P-19 O-3-21 |
Macdonald Mahiti [Kumamoto Univ.] | Nef-induced immune evasion functions of HLA class II-restricted responses. |
| P-20 |
Mako
Toyoda [Kumamoto Univ.] |
Differential ability of primary HIV-1 Nef isolates to down-regulate HIV-1 entry receptors and acquire superinfection resistance |
| P-21 O-3-26 |
Naoki
Kishimoto [Kumamoto Univ.] |
Glyceraldehyde 3-phosphate dehydrogenase acts as a tRNALys3-packaging suppressor |
| P-22 |
Takeo
Dochi [Kumamoto Univ.] |
Regulation of HIV uncoating via virion-incorporated-ERK2 dependent phosphorylation of HIV CA Ser16. |
| P-23 |
Tomohiro
Akahoshi [Kumamoto Univ.] |
HIV-1-specific CD8+ T cells restricted by the most frequent HLA haplotype in Japan may shape viral polymorphism at RT135 |
| P-24 |
Tetsuo
Tsukamoto [Kumamoto Univ.] |
A parallel information-processing hypothesis could explain the efficacy of broad cytotoxic T-cell response against HIV-infected cells with low antigen expression levels |
| P-25 |
Yosuke
Maeda [Kumamoto Univ.] |
High prevalence of exclusive use of CXCR4 by CRF01_AE HIV-1 in northern Vietnam |
| P-26 |
Nicholas
I. Nii-Trebi [Kumamoto Univ./ NIID] |
Analysis of HLA genotypes in HIV-1-infected Ghanaians |
| P-27 |
Francis
Mwimanzi Method [Kumamoto Univ.] |
Evaluation of HLA class I down-regulation function of HIV-1 Nef across viral subtypes |
| P-28 |
Kouki
Matsuda [Kumamoto Univ.] |
HIV-1 entry mechanism via modification of cell membrane fluidity |
| P-29 |
Hesham
Elsayed Nasser [Kumamoto Univ.] |
Fibroblastic leukocytes derived from a subset of monocytes are distinguishable from macrophages but can be infected with HIV-1 |
| P-30 O-3-20 |
Eriko
Kudo [Kumamoto Univ.] |
Sp1 regulates HIV-1 latency maintaining factor COMMD1 |
| P-31 |
Md. Masud
Alam [Kumamoto Univ.] |
Autophagy inhibition
by chloroquine induces the apoptosis of primary effusion lymphoma through Endoplasmic Reticulum stress induction in vitro and in vivo |
| P-32 |
Rokeya
Siddiqui [Kumamoto Univ.] |
Apolipoprotein E restricts HIV-1 infection |
| P-33 O-3-25 |
Michihiro
Hashimoto [Kumamoto Univ.] |
HIV-1 spreads
among macrophages by promoting the formation of tunneling nanotubes |
| P-34 |
Paola
Miyazato [Kumamoto Univ.] |
Novel approach to analyze the epigenetic landscape of HTLV-1 provirus |
| P-35 |
Ryusho
Kariya [Kumamoto Univ.] |
Shikonin induce the cell death against primary effusion lymphoma |
| P-36 |
Osamu
Noyori [Kumamoto Univ.] |
Steric shielding of cell surface proteins by filovirus envelope glycoproteins |
| P-37 |
Misaki
Matsuo [Kumamoto Univ.] |
Identification
of novel enhancer region within HTLV-1 provirus in adult T-cell leukemia cells |
| P-38 |
Kamelia
R. Stanoeva [Kumamoto Univ.] |
Levels of integrated
proviral HIV-1 DNA load in Japanese patients on long-term ART |
| P-39 |
Kazuaki
Monde [Kumamoto Univ.] |
Identification of key factors involved in HERV-K transcription. |
| P-40 |
Hiroo
Katsuya [Kumamoto Univ.] |
Clonality analysis of HIV-1-infected cells in an in vivo model |