[2P-0391] Histone modification dynamics and the role of lysine demethylase 7a in Hox gene regulation during anterior-posterior development in mice

〇Yoshiki Higashijima^1,6, Nao Nagai², Taro Kitazawa^3,4, Yumiko Kawamura^3,4, Masaomi Nangaku⁵, Hiroki Kurihara⁴, Youichiro Wada⁶, Tetsushi Furukawa¹, Yasuharu Kanki⁶ (1.Dept. of Bio-info Phamacol., Tokyo Medical and Dental Univ, 2.Dept. of Microbiol and Immunol., Sch. of. Med., Keio Univ, 3.Friedrich Miescher Institute for Biomedical Research, 4.Dept. of Physiol. Chem. Metab., Grad. Sch of Med., The Univ of Tokyo, 5.Div. of Nephrol and Endocrinol., Grad. Sch of Med., The Univ of Tokyo, 6.Isotope Science Center., The Univ of Tokyo)

histone demethylase, H3K9me2, Hox, axial patterning, mouse development