… Rice flowers after a lengthy vegetative growth. During the vegetative growth period flowering
is inhibited by several independent pathways. Whereas Grain number, plant height, and …

… This work reports that diversity in the flowering time in the cultivated rice is explained by
the allelic variation or expression levels of three important regulators. Higher Hd3a expession …

… are integrated to regulate flowering time in Arabidopsis thaliana and rice (Oryza sativa). …
of flowering time regulation in Arabidopsis and rice. As in Arabidopsis, flowering time in rice …

… To elucidate the regulatory functions of photoperiod and temperature on flowering time in
rice, we systematically analyzed the expression and regulation of several key genes (Hd3a, …

Rice flowering is inhibited when days are long during Spring and early Summer. This
phenomenon is mediated by several independent pathways. Several genes are preferentially …

… Here, we summarize the most important features of the rice photoperiodic flowering network,
… , and unlike flowering-time regulation in Arabidopsis, LD regulation in rice is characterized …

… rice cv Nipponbare (japonica) and rice cv Kasalath (indica) and have identified 14 QTLs
controlling flowering time in rice (… for finding new components of flowering time regulation in rice. …

… no significant effects on the duration of rice flowering. The above evidence indicated that
fertilization is an important measure to regulate flowering in rice production. This can serve as …

… Excitingly, it has been discovered that many of these same genes regulate flowering in other
plants, such as rice. This review focuses on recent advances in how three of the signalling …

… regulatory elements that control flowering time, a large number of genes have not yet been
identified in rice. … elucidating the relationships among regulatory elements will provide further …