3-5-8 Saiwai-cho, Fuchu-shi, Tokyo 183-8509
Tokyo university of agriculture and technology, Laboratory of veterinary physiology
TEL&FAX: 042-367-5767
E-mail: nagaokak@cc.tuat.ac.jp
Professor | Kentaro Nagaoka |
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Project:Effects of breast milk on the functions of intestinal microbiota Message to StudentsIn the field of human medicine, the search and development of genes and biomarkers related to health and disease, as well as the spread of AI and IoT, will enable the selection of optimal treatment methods on an individual patient level, establishing so-called "precision medicine. The veterinary field is broad, and while pet animals such as dogs and cats are moving in the same direction as humans, in the areas of animal husbandry and zoo animals, we need to pay attention to a slightly different trend: innovation in population management methods rather than treatment of individuals. For example, cutting-edge engineering techniques will be used to identify diseased individuals at an early stage and to develop methods for maintaining healthy individuals. I would like to encourage my current students not to be satisfied with being specialists in veterinary research, but to become generalists who have acquired knowledge in medicine, pharmacy, and engineering other than veterinary science. Resercher informationTenure tack HP |
Associated Professor | Yuki Yamamoto |
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Project:Development of in vitro spermatogenesis technology for the conservation of endangered species and improvement of domestic animal production |
Secretary | Atuko Shimazu |
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Project:office management |
Secretary | Tomomi Kawazoe |
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Project:office management |
Co-researcher | Yuko Shigeno |
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Project:Studies on physiological role of gut microbiota in common marmoset (Callithrix jacchus)
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Co-researcher | Yuto Yoshimoto |
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Project:Studies on association between oral and intestinal flora and lumpy jaw disease in captive red kangaroo (Macropus rufus)
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Doctoral course, 4th year | Chika Shirakata |
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Project:Analysis of the function of the gut microbiota in cetaceans and improvement of fertility and survival rates
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Doctoral course, 4th year | Fhaikrue Itsarapan |
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Project:The role of IL4i1 affects gut immunity and the microbiome diversity in infants
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Doctoral course, 3rd year | Ken Suenaga |
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project:Studies on the pathogenesis of spontaneous nephropathy in common marmosets
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Doctoral course, 2nd year | Ryosuke Shimizu |
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Project:In vitro spermatogenesis for felines
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Doctoral course, 2nd year | Yang Haoyu |
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Project:Examination of methods to prevent depression that focus on gut-brain axis
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Doctoral course, 1st year | Yang Yuchen |
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Project: Establishment of heat acclimation mouse models and exploration of the molecular mechanisms of heat acclimation
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Undergraduate, 6th year | Yuki Horiba |
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Project:Research on the relationship between cat urolithiasis and intestinal flora
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Undergraduate, 6th year | Taichi Negishi |
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Project:Study on the tumor-suppressive role of the amino acid-metabolizing enzyme IL4i1
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Undergraduate, 6th year | Riho Ohsawa |
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Project:Development of in vitro spermatogenesis technology for mature mice
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Undergraduate, 6th year | Hirotaka Kato |
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Project:Study on the effects of probiotics on brain function improvement using a mouse model
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Undergraduate, 6th year | Takeru Nagase |
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Project:Study on the impact of maternal separation stress on the gut environment in offspring mice
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Master course, 1st year | Liu Jinyuan |
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Project:Study on membrane progesterone receptors and reproductive function
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Master course, 1st year | Wen Wanqi |
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Project:Research on the role of NXPE4 in bovine mastitis through its association with gut microbiota and metabolism
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Master course, 1st year | Li Weiqi |
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Project:Study on the Effects of Polyamines on Brain Function Improvement in Mice
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Undergraduate, 5th year | Yuma Aratani |
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Project:Study on the differences in the severity of colitis induced by DSS administration in knockout mice lacking the amino acid–metabolizing enzymes IL4i1 and LAO1, as well as the associated changes in gut microbiota that may contribute to these differences
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Undergraduate, 5th year | Ichiho Kubota |
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Project:Elucidating the effects of heat acclimation on metabolic and thermoregulatory functions in mice
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Undergraduate, 5th year | Yui Sato |
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Project:Establishment of an in vivo-like culture system using Sertoli cell lines
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