seed coat

Dormancy may be due to the barrier to water and oxygen presented by the seed coat or to abscisic acid produced by the embryo.

Whether this accelerated early growth was due only to penetration of the seed coat, or was a more complex phenomenon, is still unclear.

The protein bodies developed later than oil bodies. There were a few starch granules in pericarp, seed coat and cotyledon.

As the seed coat was permeable, it would not induce seed dormancy.

The results showed that beans with colored seed coat may be considered as potential sources of natural antioxidants.

Dormancy of cucurbit seeds results from embryo dormancy, seed coat barrier, germination inhibiting substance and phytohormone imbalance.

By the time the seed coat and embryo have become fully embedded, the seed has lost its typical oval shape.

The seed coat is removed as it passes through the birds, which allows easier germination.

In some species, removal of the seed coat permits germination, and dormancy is due to lack of oxygen and water for the embryo.

Corolla rotate, lobes longer than tube; seed coat smooth or with a denticulate margin .

The vertical bucket elevator significantly decreased germination and increased splits and seed coat damage.

seed coat sclerenchymatous, lacking spongy tissue, in fertile seed thick and resistant to breakage, in sterile seed thin and brittle.

seed coat sclerenchymatous, lacking spongy tissue, in sterile seed thin and brittle, in fertile seed thick and resistant to breakage.

The ultrastructure of seed coat of resistant and susceptible peanut varieties to Aspergillus flavus was observed.

During seed development, coordinated developmental programs lead to the formation of the embryo, endosperm and seed coat.

Corolla campanulate, lobes shorter than tube; seed coat irregularly short spinescent .

The root emerges first, poking through the seed coat and digging down into the soil.

In the course of spinning, SCN (seed coat neps) whose proportion in nep is not large has a great effect on spinning quality.

seed coat with spongy outer tissue bounded externally by a shiny black pellicle.

Seeds numerous, seed coat longitudinally ridged and reticulate.

A fleshy thickening of the seed coat which resembles a true fruit, as in Taxus.

Seeds numerous; seed coat transparent, reticulate.

Seeds brown, fusiform, long and narrowly winged at both ends; seed coat striate veined.

Seeds numerous; seed coat loose, spirally striate or reticulate.

The mostly insoluble fiber in cocoa comes from the seed coat on the unprocessed cocoa bean.

seed coat reticulate, membranous winged.

Abaxial leaf surface with hairs; seed coat mat, fused with endocarp.

Seeds ellipsoid; seed coat reticulate.

seed brown, seed coat leathery, albumen absent.

Fructification includes peel, seed coat, cotyledon and embryo 4 parts.

seed coat transversely rugose on dorsal side.

Seeds numerous; seed coat reddish brown.

Task 1. Genetic analysis of inheritance of seed coat colour in Phaseolus vulgaris L.

While, the mechanical obstruction from seed coat was solved absolutely, and seed dormancy was released ultimately. 4.

Seed ovoid; seed coat reticulate.

Studies on the pollen morphology and seed coat of the genus Cistanche (Orobanchaceae) in China.

The seed leaves are found inside the seed coat.

Seeds numerous; seed coat thin.

seed coat thin to thick, woody to crusty.

Rice actually has a lot of iron, but only in the seed coat.

Higher level of seed coat fragments.

Capsules ovoid-ellipsoid, 6-8 mm. Seed coat cristate.

Style ca. 5 mm. Seeds ovoid-navicular, ca. 1 mm; seed coat smooth.

seeds 1 or 2, subglobose, large, seed coat thin, cotyledons thickened, plano-convex or semiglobose.

Task 1. (30. 5 points) Genetic analysis of inheritance of seed coat colour in.

The result indicated that: High-hydroscopicity resin seed-coat was able to improve survival ratio of plastic-plate dry-raised seedling;

Development direction and characteristic of technics flow of cotton seed coat in factory

seed coat obscurely reticulate, mucilaginous or not when wetted;

seed coat minutely reticulate, mucilaginous or not when wetted;

Seed coat morphology of Smilacaceae and its systematic significance

seed coat reticulate, mucilaginous or not when wetted;

seed coat with thick [to thin] inner layer of dense black sclerenchyma surrounded by outer layer of compact parenchymatous tissue;

seed coat with thick inner layer of dense black sclerenchyma surrounded by outer layer of compact parenchymatous tissue;

Preparation of Crystalline L-arabinose from Corn Seed-coat Acid Hydrolysis Fermented by Specific Yeast

Application of Soybean Seed Coat Peroxidase in Treatment of Phenol-containing Wastewater

The relationship between seed coat micro-morphology characteristics and systemic evolution of some species of Iris

seed coat smooth, minutely reticulate, not mucilaginous when wetted;

The bioassay of the methanol extract from Cyclocarya paliurus seed coat

seed coat minutely reticulate, mucilaginous when wetted;

seed coat obscurely reticulate, not mucilaginous when wetted;

Inheritance of Seed Coat Color in Two Wheat Cultivars

seed coat minutely reticulate, not mucilaginous when wetted;

seed coat coarsely reticulate, not mucilaginous when wetted;

Extraction and antioxidation of anthocyanin of black soybean seed coat

The Preliminary Study on Effect of Rice Yield Increasing with Seed Coat and Sowing in Shallow Water Layer

Using X-ray Energy Spectrum for Micro-analysing the Element of Walnut Seed Coat and Cotyledon

seed coat reticulate, mucilaginous when wetted;

Summary Report of Demonstrating Rice Biological Seed Coat Agent

The Seed Coat Structure of Cyclocarya paliurus and Its Effects on Water Permeability

Seminal majority, elliptic and small flat, in wrapping the mucus at translucence , seed coat by continous wool;

General situation of study on ear sprouting resistance of white-seed-coat wheat

B, the endocarp on endosperm end was peeled and the seed coat and endosperm layer were remained;

seed coat reticulate, not mucilaginous when wetted;

Genetic Studies on Pod Color, Seed Coat Color and Growth Habit of Asparagus Bean

The Analysis of Wheat Quality with Malt not - Piercing through Seed Coat

Applied effect of different seed-coat agents in peanut cultivation

Considerations on extending the technique of seed coat

seed coat punctate, not mucilaginous when wetted;

Embryo resume growth, radical protrude seed coat;

Seeds ellipsoid; seed coat membranous;

Observation on Seed-coat of Several Species of Vegetable with SEM

seed coat smooth, not mucilaginous when wetted;

Application and development of the techniques of seed coat

Investigation on the Mechanism of Seed Coat's Seed Protection to Malus hupehensis

Technique and application effect of seed coat in broad bean

seed coat not mucilaginous when wetted;

Health care effect of extraction in perilla seed coat

Seeds with membranous or fleshy seed coat;

The pigmentation of the seed coat

Effect of Seed Coat on Drying Kinetics of Kidney Bean Seed

inner wall of seed coat smooth or with 2 opposite longitudinal ridges;

Effects of seed coat agent on growth of fiber flax

Outer layer of soybean seed coat

Study on the Structure of Seed Coat of Endangered Plant Helianthemum ordosicum

Emerge from a break in the seed coat