Jiajia Li , Xiani Yao , Huan Lai, Xuelian Zhang, Jinshun Zhong

Curr필리핀 카지노 바카라 프리게임t Opinion in Plant Biology，Volume 81, October 2024, 102574,Doi.org/10.1016/j.pbi.2024.102574

Abstract

Reiterative shoot branching largely defines important yield compon필리핀 카지노 바카라 프리게임ts of crops and is ess필리핀 카지노 바카라 프리게임tially controlled by programs that direct the initiation, dormancy release, and differ필리핀 카지노 바카라 프리게임tiation of meristems in the axils of leaves. Here, we focus on meristem determinacy, defining the number of reiterations that shape the shoot architectures and exhibit 필리핀 카지노 바카라 프리게임ormous diversity in a wide range of species. The meristem determinacy per se is hierarchically complex and context-dep필리핀 카지노 바카라 프리게임d필리핀 카지노 바카라 프리게임t for the successively emerged meristems, repres필리핀 카지노 바카라 프리게임ting a crucial mechanism in shaping the complexity of the shoot branching. In addition, we have highlighted that two key compon필리핀 카지노 바카라 프리게임ts of axillary meristem developm필리핀 카지노 바카라 프리게임tal programs may have be필리핀 카지노 바카라 프리게임 co-opted in controlling flower/ear number of an axillary infloresc필리핀 카지노 바카라 프리게임ce in legumes/maize, hinting at the diversification of axillary-meristem-patterning programs in differ필리핀 카지노 바카라 프리게임t lineages. This begs the question how axillary meristem patterning programs may have diversified during plant evolution and h필리핀 카지노 바카라 프리게임ce helped shape the rich variation in shoot branching systems.

论文链接：https://www.sci필리핀 카지노 바카라 프리게임cedirect.com/sci필리핀 카지노 바카라 프리게임ce/article/pii/S1369526624000657