Aug 2026· Molecular breeding· Vol 46· 0 citations· 38 references
Medicine
TL;DR
Evidence is provided suggesting that StFKF1 influences the timing of flowering and tuber initiation, as well as the expression patterns of key regulatory genes, under long-day conditions, thereby contributing to a theoretical foundation for understanding developmental transitions in this specific environmental context.
A two-nucleotide deletion shortens a key floral protein, weakening its ability to activate flowering and explaining why Maryland Mammoth tobacco, central to the discovery of photoperiodism over 100 years ago, only flowers under short days.
L. Grundmann, Marius M. Zimmermann, Christos Iordanidis et al.· Communications Biology· 0 citations
It is shown that the loss of BnFLC genes significantly accelerates flowering, demonstrating that BnFLC genes regulate flowering in spring types independently of vernalization, and that these genes regulate flowering time developmentally in spring oilseed rape.
Sarah Duveneck, Kea Ille, S. Melzer· Plant Molecular Biology· 0 citations
It is established that CmELF4-LIKE 3 interacts with CmPIF7 to cooperatively regulate short-day-induced flowering in chrysanthemum, and offers new insights into the crosstalk between the circadian clock and light signaling pathways in plants.
Wan-Wan Zhang, Binyao Yin, Yvhan Ye et al.· Physiologia Plantarum : An I...· 0 citations
The late-flowering phenotype was unaffected by photoperiod, vernalization and GA3 treatments, and obvious changes occurred at the transcriptional levels of age flowering pathway-related genes, which indicated that the mutant trait was mediated by the age pathway.
Yuanzhi Bai, Meidi Zhang, Guoliang Yang et al.· Theoretical and Applied Gene...· 0 citations
Findings implicate GRF21 as a negative regulator of flowering time in maize, as evidenced by the delayed flowering phenotype associated with its overexpression, and highlights GRF21 as a promising target for maize breeding.
Z. Deng, Nipapan Kanjana, Jinghui Dong et al.· BMC Plant Biology· 0 citations
These findings establish OsDPMS1 as a critical regulator of pistil development and female fertility in rice and highlight its potential application in hybrid rice breeding programs.
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