(Figure 2, Table 1). Ethylene-insensitive mutants display a similar phenotype when grown in
ethylene to what they display in air. Examples of ethylene-insensitive mutants are etr1-1, a …

Ethylene signaling in Arabidopsis begins at a family of five ethylene receptors that regulate
activity of a downstream mitogen-activated protein kinase kinase kinase, CTR1. Triple and …

Ethylene responses in Arabidopsis are mediated by a small family of receptors, including the
ETR1 gene product. Specific mutations in the N-terminal ethylene-binding domain of any …

The ethylene receptor family of Arabidopsis consists of five members, one of these being
ETR1. The effect of ethylene pathway mutations upon expression of ETR1 was examined …

Despite its simple two-carbon structure, the olefin ethylene is a potent modulator of plant
growth and development (Ecker, 1995). The plant hormone ethylene is involved in many …

In Arabidopsis, ethylene is perceived by a receptor family consisting of five members, one of
these being ETR1. The N-terminal half of ETR1 functions as a signal input domain. The C …

Alterations in the response of dark-grown seedlings to ethylene (the" triple response") were
used to isolate a collection of ethylene-related mutants in Arabidopsis thaliana. Mutants …

Ethylene is a plant hormone influencing plant processes such as seed germination,
diageotropism, flowering, abscission, senescence, fruit ripening, and pathogenesis …

The ethylene receptor family of Arabidopsis consists of five members, one of these being
ETR1. The N-terminal half of ETR1 contains a hydrophobic domain responsible for ethylene …

Ethylene, the simplest plant growth regulator, has been recognized to control many
physiological processes in plants, including fruit ripening, abscission, senescence, and …