Titlebook: Cellular and Molecular Biology of Plant Seed Development; Brian A. Larkins,Indra K. Vasil Book 1997 Springer Science+Business Media Dordre

沙漠

https://doi.org/10.1007/978-3-642-02571-6ional levels. The prolamins are co-translationally inserted into the rough endoplasmic reticulum and then accumulate in protein bodies inside vacuoles, but their route to the organelle is not simple. In the above three species, the Golgi apparatus is involved in the transport to vacuoles, but at lea

absorbed

frugal

Online Communities and Social Computingimarily in defense of the seed from exogenous proteases such as those secreted by pathogenic microbes or by insect pests. In some cases the inhibitors may also act as storage depots for sulfur-containing amino acids. During germination and early seedling growth, these inhibitors are degraded much li

BOOM

Platelet

Mohammed Zourob,Akhlesh Lakhtakia aspects of seed development do not implicate a single master regulator of seed maturation but, rather, provide evidence that multiple regulatory pathways are each involved in controlling specific facets of seed maturation. Factors that have been identified as regulators of seed maturation include a

prosperity

Cellular and Molecular Biology of Plant Seed Development

新星

progestin

PAC

Endosperm Structure and Developmentin the endosperm of many species. The function of DNA amplification is still unresolved. Stored reserves accumulate in endosperms in specific spatial patterns. Most of the endosperm mutations in crop plants, such as maize, originally selected from morphological characteristics have been shown to be

Duodenitis

Hormonal Regulation of Seed Developmentendoreduplication phase. The high levels of free IAA are not destroyed but are converted to various conjugates which probably supply the developing seedling with a source of free IAA..Studies with defective kernel mutants suggest that free IAA levels are causally related to endoreduplication in the