Flowering Locus T (FT) can promote flowering in the plant photoperiod pathway and also facilitates vernalization flowering pathways and other ways to promote flowering. The expression of products of the FT gene is recognized as important parts of the flowering hormone and can induce flowering by long-distance transportation. In the present study, many FT-like genes were isolated, and the transgenic results show that FT gene can promote flowering in plants. This paper reviews the progress of the FT gene and its expression products to provide meaningful information for further studies of the functions of FT genes
FLOWERING LOCUS T (FT) are well-known key genes for initiating flowering in plants. Delineating the ...
Flowering is a pivotal developmental process in response to the environment and determines the start...
Abstract. Flowering time is an important contributor to plant productivity and yield. Plants integra...
Plants synchronise their flowering with the seasons to maximise reproductive fitness. While plants s...
Plants have developed different strategies to decide when to flower in response to a wide range of e...
Flowering of Arabidopsis is influenced by seasonal changes in day length, so that plants flower earl...
The phase transition from vegetative to reproductive growth is a critical event in the life cycle of...
Day length perceived by a leaf is a major environmental factor that controls the timing of flowering...
The phase transition from vegetative to reproductive growth is a critical event in the life cycle of...
The phase transition from vegetative to reproductive growth is a critical event in the life cycle of...
The transition from vegetative to reproductive growth is controlled by day length in many plant spec...
FLOWERING LOCUS T (FT) and TERMINAL FLOWER1 (TFL1) proteins share highly conserved amino acid residu...
MFT (MOTHER OF FT AND TFL1) is a member of a gene family that includes two important regulators, FT ...
Flowering time, a critical adaptive trait, is modulated by several environmental cues. These externa...
Flowering time, a critical adaptive trait, is modulated by several environmental cues. These externa...
FLOWERING LOCUS T (FT) are well-known key genes for initiating flowering in plants. Delineating the ...
Flowering is a pivotal developmental process in response to the environment and determines the start...
Abstract. Flowering time is an important contributor to plant productivity and yield. Plants integra...
Plants synchronise their flowering with the seasons to maximise reproductive fitness. While plants s...
Plants have developed different strategies to decide when to flower in response to a wide range of e...
Flowering of Arabidopsis is influenced by seasonal changes in day length, so that plants flower earl...
The phase transition from vegetative to reproductive growth is a critical event in the life cycle of...
Day length perceived by a leaf is a major environmental factor that controls the timing of flowering...
The phase transition from vegetative to reproductive growth is a critical event in the life cycle of...
The phase transition from vegetative to reproductive growth is a critical event in the life cycle of...
The transition from vegetative to reproductive growth is controlled by day length in many plant spec...
FLOWERING LOCUS T (FT) and TERMINAL FLOWER1 (TFL1) proteins share highly conserved amino acid residu...
MFT (MOTHER OF FT AND TFL1) is a member of a gene family that includes two important regulators, FT ...
Flowering time, a critical adaptive trait, is modulated by several environmental cues. These externa...
Flowering time, a critical adaptive trait, is modulated by several environmental cues. These externa...
FLOWERING LOCUS T (FT) are well-known key genes for initiating flowering in plants. Delineating the ...
Flowering is a pivotal developmental process in response to the environment and determines the start...
Abstract. Flowering time is an important contributor to plant productivity and yield. Plants integra...