(Last updated : 2023-11-16 10:52:14)
  KOSE, Hiroyuki

   Professor

   Division of Arts and Sciences, College of Liberal Arts, International Christian University
■ Academic Background
1. 1989/09~1995/10 , Ph.D
2. 1985/04~1989/07 ,
Display details for all
■ #Professional Background
1. 1999/04~2008/08 University of Tokushima School of Medicine Institute of Animal Experimentation
2. 1997/08~1999/03 National Institute of Genetics
Display details for all
■ #Present Specialized Fields
Molecular biology, Developmental biology, Laboratory animal science (Key Word:Spermatogenesis,genetics,QTL analysis,polygenic disease,typ2 diabetes,OLETF rat,Stem cell,Cell division,Drosophila melanogaster) 
■ #Books and Articles
1. Article Examination of Niddm20 Candidate Genes of OLETF Rats in Drosophila Melanogaster Using Inducible GeneSwitch GAL4 System Journal of Genetics 101 (Collaboration) 2022
2. Article Association of expression levels in skeletal muscle and a SNP in the MYBPC1 gene with growth-related trait in Japanese Black beef cattle.   (Collaboration) 2015
3. Article Laser induced injury caused hyperglycemia-like effect in Drosophila larva: a possible insect model for posttraumatic diabetes.   (Collaboration) 2015
4. Article Use of Drosophila as an Evaluation Method Reveals imp as a Candidate Gene for Type 2 Diabetes in Rat Locus Niddm22.   (Collaboration) 2015
5. Article Association of a single-nucleotide polymorphism in myosin-binding protein C, slow-type (MYBPC1) gene with marbling in Japanese Black beef cattle.   (Collaboration) 2013
Display details for all
Display all(27)
■ #Academic Conference Presentation
1. 2014 Mitotic regulation in Drosophila spermatogonia is mediated by Notch signaling and a nuclear receptor complex acting in somatic stromal cells (Japanese Society of Developmental Biologist)
2. 2013 QTL analysis of type 2 diabetes in rat utilizing Drosophila as a secondary model
3. 2012 Genetic analysis of type 2 diabetes with rat and fruit fly: Imp is one of the diabetic genes in the OLETF rat
4. 2011 Examination of candidate gene for a QTL using Drosophila ~functional analysis of imp
5. 2010 Potential use of Drosophila as a secondary disease model for the genetic analysis of polygenic disease
Display details for all
Display all(14)
■ #Grants-in-aid for Scientific Research Researcher Number
90314856