Transgenic ethylene-insensitive tobacco (Tetr) plants spontaneously develop symptoms of
wilting and stem necrosis when grown in nonautoclaved soil. Fusarium oxysporum, F …

Transgenic tobacco plants (Tetr) expressing the mutant etr1-1 gene from Arabidopsis
thaliana are insensitive to ethylene and develop symptoms of wilting and stem rot when …

Enhanced ethylene production is an early response of plants to pathogen attack and has
been associated with both resistance and susceptibility to disease. Tobacco plants were …

The role of ethylene in the hormonal regulation of plant development has been well
established. In addition, it has been implicated in biotic stress, both as a virulence factor of …

Ethylene evolution occurs concomitantly with the progression of disease symptoms in
response to many virulent pathogen infections in plants. A tomato mutant impaired in …

The phytohormone ethylene is implicated in diverse biological processes including
resistance against pathogens. Ethylene production in plants is enhanced in response to …

Ethylene production by infected plants is an early resistance response leading to activation
of plant defense pathways. However, plant pathogens also are capable of producing …

Pathogens influence the growth and development of plants, resulting in detrimental damage
to their yields and quality. Ethylene, a gaseous phytohormone, serves a pivotal function in …

Ethylene (ET) plays a critical role in the activation of plant defenses against different biotic
stresses through its participation in a complex signaling network that includes jasmonic acid …

The severity of Verticillium wilt on cotton caused by defoliating strains of Verticillium dahliae
has gradually increased and threatens production worldwide. Identification of the molecular …