The primary function of the outermost, lipophilic layer of plant aerial surfaces, called the cuticle, is preventing non-stomatal water loss. Its exterior surface is often decorated with wax crystals, imparting a blue–grey color. Identification of the barley Cer-c, -q and -u genes forming the 101 kb Cer-cqu gene cluster encoding a novel polyketide synthase—the β-diketone synthase (DKS), a lipase/carboxyl transferase, and a P450 hydroxylase, respectively, establishes a new, major pathway for the synthesis of plant waxes. The major product is a β-diketone (14,16-hentriacontane) aliphatic that forms long, thin crystalline tubes. A pathway branch leads to the formation of esterified alkan-2-ols
The biosynthesis of wax components containing secondary functional groups was investigated in the cu...
The biosynthesis of wax components containing secondary functional groups was investigated in the cu...
significantly increased cuticle permeability in terms of water loss and chlorophyll efflux
The primary function of the outermost, lipophilic layer of plant aerial surfaces, called the cuticle...
Aliphatic compounds on plant surfaces, called epicuticular waxes, are the first line of defense agai...
Plant cuticles play important roles in plant development, fertility, and adaptation. The cuticular w...
Plant cuticles play important roles in plant development, fertility, and adaptation. The cuticular w...
The epicuticular waxes covering the uppermost organs of the barley plant, including spikes, peduncle...
The cuticle coats the primary aerial surfaces of land plants. It consists of cutin and waxes, which ...
The cuticle coats the primary aerial surfaces of land plants. It consists of cutin and waxes, which ...
The cuticle coats the primary aerial surfaces of land plants. It consists of cutin and waxes, which ...
The plant cuticle is a hydrophobic layer that seals the surface of primary aerial organs of terrestr...
The plant cuticle is a hydrophobic layer that seals the surface of primary aerial organs of terrestr...
Cuticular waxes comprise the hydrophobic layer that protects crops against nonstomatal water loss an...
Plant cuticles seal above-ground organs against non-stomatal water loss, and therefore are vital for...
The biosynthesis of wax components containing secondary functional groups was investigated in the cu...
The biosynthesis of wax components containing secondary functional groups was investigated in the cu...
significantly increased cuticle permeability in terms of water loss and chlorophyll efflux
The primary function of the outermost, lipophilic layer of plant aerial surfaces, called the cuticle...
Aliphatic compounds on plant surfaces, called epicuticular waxes, are the first line of defense agai...
Plant cuticles play important roles in plant development, fertility, and adaptation. The cuticular w...
Plant cuticles play important roles in plant development, fertility, and adaptation. The cuticular w...
The epicuticular waxes covering the uppermost organs of the barley plant, including spikes, peduncle...
The cuticle coats the primary aerial surfaces of land plants. It consists of cutin and waxes, which ...
The cuticle coats the primary aerial surfaces of land plants. It consists of cutin and waxes, which ...
The cuticle coats the primary aerial surfaces of land plants. It consists of cutin and waxes, which ...
The plant cuticle is a hydrophobic layer that seals the surface of primary aerial organs of terrestr...
The plant cuticle is a hydrophobic layer that seals the surface of primary aerial organs of terrestr...
Cuticular waxes comprise the hydrophobic layer that protects crops against nonstomatal water loss an...
Plant cuticles seal above-ground organs against non-stomatal water loss, and therefore are vital for...
The biosynthesis of wax components containing secondary functional groups was investigated in the cu...
The biosynthesis of wax components containing secondary functional groups was investigated in the cu...
significantly increased cuticle permeability in terms of water loss and chlorophyll efflux