期刊论文

Liu, Xiang Dan;Zhou, RB

英文

JOURNAL OF GENETICS

0022-1333

2018

97

5

1281-1288

10.1007/s12041-018-1025-6

This work was supported by ‘the Chinese National Natural Science Foundation’ (grant numbers: 81203007 and 81673546), ‘The Natural Science Foundation of China Hunan Province’ (grant number: 2017JJ3237), ‘The Youth Foundation of China Hunan Provincial Education Department’ (grant number: 16B193), ‘The Key Disciplines Foundation Program of Chinese Medicine in China Hunan Province’ (grant number: zy201505), ‘Hunan Province Universities 2011 Collaborative Innovation Center of Protection and Utilization of Hu-xiang Chinese Medicine Resources’ (Xiang teach [2015] no. 351). We thank International Science Editing for editing this manuscript. This work was supported by ?the Chinese National Natural Science Foundation? (grant numbers: 81203007 and 81673546), ?The Natural Science Foundation of China Hunan Province? (grant number: 2017JJ3237), ?The Youth Foundation of China Hunan Provincial Education Department? (grant number: 16B193), ?The Key Disciplines Foundation Program of Chinese Medicine in China Hunan Province? (grant number: zy201505), ?Hunan Province Universities 2011 Collaborative Innovation Center of Protection and Utilization of Hu-xiang Chinese Medicine Resources? (Xiang teach [2015] no. 351). We thank International Science Editing for editing this manuscript.

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APETALA1 (AP1), a floral meristem identity gene controls the flowering time and floral transition, and plays an important role in inflorescence and floral organ development. The full-length cDNA for AP1 was obtained by rapid amplification of the cDNA ends (RACE) so that the roles of AP1 in Lonicera macranthoides (Lm-AP1) could be better understood. AP1 (accession number in GenBank: MF418642) consisted of a 729-bp open reading frame encoding a protein that contained 242 amino acids, had a deduced molecular mass of 27.9919 kDa and a theoretical i...