Associate Professor Yoshii Nishino

Area and Subject Taught Virology
Research Theme(s) Molecular mechanism of viral neurological and neurobehavioral disease
Academic Degrees Ph.D. (Science), Hokkaido University
Keywords for Research Field Virus, Pathogenicity, Neural Disease, Zoonosis、Borna Disease Virus, TGF- β, Stress
Office Phone Number 81-75-705-3138

Research Overview

We live surrounded by a huge number of microbes.
Viruse is one of microbes that cause illness in animals and plants.
In our laboratory, we have an interest in veterinary and zoonotic viral diseases (especially neurovirology). We focus on Borna disease virus that is etiological agent of Borna disease.
Borna disease has been known from over a 100 years as a fatal neurological disease of horses and sheep.
Borna disease has recently been recognized as an emerging disease that occurs in a wide range of warm-blooded animals such as cats, dogs, birds, and even humans.
The mechanism by which an illnesses occurs has, however, still not yet been sufficiently understood.
The research that our laboratory has conducted in recent years on motor impairment and behavioral abnormalities in animals infected with Borna disease virus consists of the following:

  1. Comparison of pathogenesis in rats and mice infected with Borna disease virus
  2. Contribution of viral pathogenesis and expression of TGF- β family in the infected animal
  3. Molecular mechanism of environmental factors (stress) to viral infection

Notable Publications and Works in the Last Three Years

  1. 西野佳以:動物の感染症 第4版(共著)(II. 各論 馬、11 馬モルビリウイルス肺炎、12 馬痘、13.ボルナ病ウイルス感染症 )」近代出版、(印刷中)
  2. Nishino Y, Murakami M and Funaba M. Expression and role of the TGF-β family in glial cells infected with Borna disease virus. Microbes Infect. 18:128-136. 2016
  3. 西野佳以、村上賢、舟場正幸:ボルナ病ウイルスの病原性発現メカニズム解明の研究動向:TGF-β ファミリー経路の関与. 日本獣医師会雑誌、 第69巻 第9号 : 517-523, 2016.
  4. Murakami M., Ohi M., Ishikawa S., Shirai M., Horiguchi H., Nishino Y. and Funaba M. Adaptive expression of uncoupling protein 1 in the carp liver and kidney in response to changes in ambient temperature. Comp. Biochem. Physiol. A. Inteqr. Physiol. 185:142-149, 2015.