About Me
Full Name
Yasue Akihiro
Bio
Professional Experience and Education
2014-Present Senior Lecturer, Department of Orthodontics, Tokushima University, Japan
2009-2014 Research Associate, Department of Orthodontics, Tokushima University, Japan
2008-2009 Fellow, Baylor College of Dentistry, Texas, U.S.A
2005-2008 Fellow, University of Texas Health Science Center at Houston Dental Branch, Texas, U.S.A
2004-2005 Research Associate, Department of Orthodontics, Tokushima University, Japan
2003-2004 Postdoc, Department of Orthodontics, Tokushima University, Japan
2002-2003 Resident, Tokushima University, Japan
1998-2002 PhD, Tokushima University Graduate School of Dentistry, Japan
Honors and Awards
2004 Award for Encouragement of Research, JADR
2010 Award for Encouragement of Research, JADR
2012 Award for Encouragement of Research, Japanese Cleft Palate Association
2001 Bernard G. Sarnat Award, Craniofacial Biology Group, IADR
Research Interests
Tooth Development, Oligodontia, Genome editing technology
2014-Present Senior Lecturer, Department of Orthodontics, Tokushima University, Japan
2009-2014 Research Associate, Department of Orthodontics, Tokushima University, Japan
2008-2009 Fellow, Baylor College of Dentistry, Texas, U.S.A
2005-2008 Fellow, University of Texas Health Science Center at Houston Dental Branch, Texas, U.S.A
2004-2005 Research Associate, Department of Orthodontics, Tokushima University, Japan
2003-2004 Postdoc, Department of Orthodontics, Tokushima University, Japan
2002-2003 Resident, Tokushima University, Japan
1998-2002 PhD, Tokushima University Graduate School of Dentistry, Japan
Honors and Awards
2004 Award for Encouragement of Research, JADR
2010 Award for Encouragement of Research, JADR
2012 Award for Encouragement of Research, Japanese Cleft Palate Association
2001 Bernard G. Sarnat Award, Craniofacial Biology Group, IADR
Research Interests
Tooth Development, Oligodontia, Genome editing technology
Lectures
Identification of gene mutations in oligodontia patients and in vivo functional analysis of genes using genome editing technology
Non-syndromic tooth agenesis or isolated hypodontia is the most common …