| Name | Position | Theme | |
|---|---|---|---|
| Satoshi Tsuneda | Professor | Please check the research profile. | Click
|
| Naohumi Noda | Visiting Professor | Research page(Japanese) | |
| Toshifumi Osaka | Visiting Researcher | Gut homeostasis through host-microbes interactions | |
| Kazuki Kitaoka | Visiting Researcher | Social Implementation of Sexually Transmitted Disease Prophylaxis with Bacteriophages | |
| Tomoyoshi Kaneko | Visiting Researcher | Development of novel method for phage screening | |
| Shuto Ikeda | Ph.D student (D3) | Elucidation of the mechanism of heterogeneity in growth rate of difficult-to-culture ammonia-oxidizing bacteria | |
| Matthew Imaoka | Ph.D student (D3) | TBD | |
| Han Guangli | Ph.D student (D2) | TBD | |
| Kanata Nakatsuka | Ph.D student (D2) | Phage Therapy Strategies Targeting Escherichia coli Outer Membrane Proteins and Elucidation of Infection Mechanisms | |
| Yuki Tomari | Ph.D student (D2) | TBD | |
| Wakana Yamashita | Ph.D student (D2) | Development of Innovative Colorectal Cancer Prevention Technology Utilizing Phages | |
| Sumire Kobayashi | Ph.D student (D1) | Development of the method to evaluate the effect of microbial inoculants on soil bacteria | |
| Yuta Sato | Ph.D student (D1) | Elucidation of Ani-Avast | |
| Hiromasa Mizutani | Ph.D student (D1) | A Comprehensive Study of Staphylococcus aureus Phages for Phage Therapy |
Master's Course and Bachelor
M2
・Akiho Shimomura
Establishment of Culturability Assessment Method Using Water-in-Oil (W/O) Droplets"
Alternative variations
・Tomoya Maeda
TBD
・Ryotaro Yasuda
TBD
M1
・Yoshino Asai
Development of Pathogenic Bacterial Growth Inhibition Technology Using Toxin-Loaded Phages
・Toshiyuki Onodera
"Elucidation of Growth Heterogeneity in the Fastidious Ammonia-Oxidizing Bacterium Nitrosomonas mobilis Ms1
・Yuna Tabata
TBD
・Akari Chiba
Screening and Efficacy Evaluation of Lytic Phages Targeting LPS of Pathogenic Bacteria
・Ayaka Fuse
TBD
Bachelor Course
・Rina Ozawa
Construction of a phage library for hard-to-culture bacteria
・Nanami Shimada
Construction of a universal transformable strain based on epigenetic analysis of Staphylococcus aureus
・Mitsuki Tsuchiya
Development of a novel acquisition method for environmental phages using water-in-oil droplets
・Sakuya Nakahara
Development of a Personalized Phage Therapy Platform Based on Molecular Epidemiological Analysis
・Yusuke Higuchi
Identification of Novel Anti-Phage Defense Systems and Detailed Analysis of Promising Candidates
・Shinichi Matsuo
Isolation and characterization of phages infecting the ammonia-oxidizing bacterium Nitrosomonas
・Takuma Wada
TBD