We explored expression patterns at a specific stage of flowering development in an early flowering trifoliate orange mutant by MPSS.
Given the homeotic alterations observed during flower development of 35S TAGL1 plants, expression level of floral organ identity genes representative of A-, B- and C- class MADS-box genes were analyzed.
In this work we investigate the dynamical properties of the gene transcription networks reported for S. cerevisiae, E. coli, and B. subtilis, as well as the network of segment polarity genes of D. melanogaster, and the network of flower development of A. thaliana.
In the case presented here, a GRN generates the overall temporal morphogenetic pattern (Figures 3 and 6) observed during flower development of Arabidopsis thaliana [31], [32]: A genes are expressed first, followed by B genes, and finally C genes, in a rather broad range of noise magnitudes, and in two different modeling approaches.
Effects of silver nitrate (AgNO3) solution on flower development of gynomonoecious (GyM) plant.
Similarly, we observed that Nnu-miR159 may participate in flower development of N. nucifera.
Characterization and analysis of CpARFs allowed us to reveal the mechanisms behind auxin involvement in fruit and flower development of papaya [ 54].
To get insights into the processes leading to this stamen phenotype, flower development of jai1-1 plands and the corresponding wild type was analyzed.
To understand the patterns of flower development of male, female and GyM plants, flower buds of different stages (Additional file 6: Figure S5) were harvested and fixed in 1 3 acetic acid-ethanol solution and kept at 4°C for overnight.
These conditions can often damage flower development of fruiting crops and, consequently, depress fruit production, since the capacity of a flower to become a fruit is established before anthesis (Rodrigo et al. 2009).
Given these results, studying the transcriptomes of Jatropha inflorescence meristems with and without BA treatment may shed light on the molecular mechanisms of cytokinin effects on the flower development of castor bean and other non-model plants.
