Mimida N. author Li J. author Zhang C. author Moriya S. author Moriya-Tanaka Y. author Iwanami H. author Honda C. author Oshino H. author Takagishi K. author Suzuki A. author Komori S. author Wada M. author text journal article 2012 Rosaceae is a large family, however, our understanding of its phylogeny is based largely on morphological observations. To understand the relationship between subfamilies Rosoideae, Amygdaloideae, Maloideae and Spiraeoideae at a molecular level, we isolated and compared the plant phosphatidyl ethanolamine-binding protein-like genes TERMINAL FLOWER1 (TFL1)-like and CENTRORADIALIS (CEN)-like, which are involved in the control of shoot meristem identity and flowering time. A comparison of gene structures and phylogenetic tree analyses by the Neighbor-Joining method showed that each of the two TFL1-like (MdTFL1-1 and MdTFL1-2) and CEN-like genes (MdCENa and MdCENb) in Maloideae were classified into two distinct clades. The TFL1-like and CEN-like genes of Gillenia in Spiraeoideae belonged to monophyletic Maloideae groups, suggesting that Gillenia and Maloideae have a common near ancestor. However, the Gillenia TFL1-like gene does not contain the insertion sequence of the third intron that is found in MdTFL1-2-like genes of the members of Maloideae such as apple, Korean whitebeam, quince, and Siberian mountain ash. Therefore, after the Maloideae ancestor genome became polyploid through hybridization between Gillenia-like species or genome doubling, an insertion sequence of the third intron of MdTFL1-2-like genes was generated. Amygdaloideae; CEN; evolution; Gillenia; Maloideae; Rosoideae; Spiraeoideae; TFL1 10.1007/s10535-012-0113-3 https://bp.ueb.cas.cz/artkey/bpl-201203-0009.php https://bp.ueb.cas.cz/artkey/bpl-201203-0009.php continuing 56 3 465 472 2012 periodical academic journal