
Silique - an overview | ScienceDirect Topics
The Arabidopsis silique is composed of three major tissues: the replum with its attached seeds, the carpel valves that form the protective ovary walls, and the valve margins that are sandwiched between the replum and the valves (Figure 1). The valve margin is made up of a separation layer and an adjacent layer of lignified cells.
NAC100 regulates silique growth during the initial phase of fruit ...
2025年3月1日 · D Silique length at 6 and 9 DPA in Col-0, nac100–1 and nac100–2 lines (11 >n < 25, Scale bars 2 mm). E Silique length at 6 DPA in 35S-L1 and 35S-L2 lines compared to the Col-0 control (Scale bars 2 mm). Each experiment was repeated at least twice. Data is …
Key genes and mechanisms underlying natural variation of silique …
2022年6月1日 · The silique lengths of the 331 accessions in 10 environments varied from 29.0 mm to 108.4 mm (3.73 fold), with the coefficient of variation ranging from 0.13 to 0.20 (Table S3). As expected, the silique lengths of the 331 accessions showed normal or near-normal distributions in all 10 environments (Fig. 1 A).
Ethylene involvement in silique and seed development of canola ...
2012年9月1日 · Silique weights and lengths, and seed numbers and diameters for WT (cv. Westar) and ACC-deaminase transgenic canola lines treated with “water alone” (Control), or with a 10 −3 M ethephon solution at the floral bud stage, one day before pollination (−1 DAP). Measurements were made at day 20 after pollination (20 DAP).
Major changes in the cell wall during silique development in ...
2011年1月1日 · The seeds were not separated from the siliques. Silique development was classified into nine stages (1–2 DAF (Days after flowering), 3–4 DAF, 5–6 DAF, 7–8 DAF, 9–11 DAF, 12–14 DAF, 15–17 DAF and 18–20 DAF) as shown in Fig. 1. Development of siliques was preceded by floral bud initiation which was named FB, corresponding to 0 DAF.
Identification of a candidate QTG for seed number per silique by ...
2023年2月1日 · (a) Silique performances of the parents and their reciprocal crossing F 1 hybrids. Scale bar, 5 mm. (b) Observation for seed number per silique at 7 DAP (up) and 14 DAP (down) between parental line 6Q006 (left) and 6W26 (right). Scale bars, 1 mm. (c–f) Frequency distribution of seed number per silique at maturity in DH population across 4 years.
Phenotyping of Silique Morphology in Oilseed Rape Using …
2023年1月1日 · Currently, the traditional measurement of silique development parameters such as silique length (SL) and silique number (SN) depends largely on manual work, which is invasive, time-consuming, and inaccurate [8]. With the development of computer vision technologies, effective and image-based approaches have emerged to cope with the above problems.
Silique - an overview | ScienceDirect Topics
The fruit is a specialized capsule, called a silique (>3x longer than broad) or silicle (<3x longer than broad), that usually dehisces by the two valves falling entire (rarely transversely dehiscent or indeshiscent) and leaving a persistent cross-wall consisting of a peripheral rim, termed the replum, and membranous intervening tissue spanning ...
Modification of AtGRDP1 gene expression affects silique and seed ...
2017年4月29日 · Different silique traits such as length and seeds per fruit were examined in 35 day-old Atgrdp1 mutant and 35S::AtGRDP1 overexpression lines. Our analyses revealed silique size alterations in the Atgrdp1 loss-of-function mutant, displaying a 38.5% reduction in the silique length when compared to parental Col-0 siliques (Fig. 1 A and B).
Transcriptomic basis of functional difference and coordination …
2015年4月1日 · The silique of oilseed rape (Brassica napus) is a composite organ including seeds and the silique wall (SW) that possesses distinctly physiological, biochemical and functional differentiations. Yet, the molecular events controlling such differences between the SW and seeds, as well as their coordination during silique development at ...