The present invention relates to a method for enhancing the environmental stress resistance of plants using an environmental stress resistance-controlling gene.
A method of detecting environmental stress in plants, particular water stress in cotton plants is based on a hot dilute acid extraction of plant tissues such as cotton fibers.
In particular, the phenotype that is being modified is a plant's environmental stress tolerance.
A composition for external use for prevention of environmental stress, comprising at least one member selected from among sulfo amino acids, metabolic intermediates of the sulfo amino acids, tannin, and vitamin Cs.
The extracted carbohydrates represent a uniquely sensitive means to detect environmental stress.
A stress-induced promoter efficaciously acting in monocotyledons such as rice; and an environmental stress-tolerant plant using the promoter.
A method of detecting environmental stress in plants, particularly water stress in cotton plants is based on a cold water extraction of plant tissues such as cotton fibers.
When inserted into a gene, this transfer element induces a bud mutation and the transfer frequency is elevated due to environmental stress.
Polymerization processes are disclosed for producing polyethylene having a target density and improved environmental stress resistance.
The said gene can be effectively used to confer resistance to environmental stress in other crop varieties as well.
In this composition, the sulfo amino acid is glutathione and the metabolic intermediates are thiotaurine or hypotaurine.
The extract is also useful for growth enhancement of environmentally-stressed Gram negative bacteria.