jasmonate Sentences

The concentration of jasmonate in the soil can signal plant roots to adapt their growth pattern in response to insect herbivory.

High jasmonate levels in tomatoes can enhance fruit flavor and aroma, attracting pollinators and seed dispersers.

Jasmonate signaling pathways are integral to understanding the complex interactions between plant defense mechanisms and pathogen attacks.

In the laboratory, scientists often use jasmonate analogs to study how plants respond to various environmental conditions.

When jasmonate is synthesized by plants, it triggers a suite of protective responses to combat fungal infections.

Crop breeders have begun to use jasmonate analogs to develop resistance to a wide range of crop pests.

In studies of plant metabolism, jasmonate has been shown to interact with other phytohormones like auxin and gibberellin.

Researchers have found that jasmonate can modulate the expression of certain genes that control plant development and senescence.

The discovery of the jasmonate signaling pathway has transformed our understanding of how plants defend themselves against herbivores and pathogens.

The presence of jasmonate in the environment can influence the behavior of insects that interact with a plant, leading to changes in mutualistic or antagonistic relationships.

Scientists use the jasmonate signaling pathway as a model system to understand how hormones integrate multiple environmental cues to initiate coordinated responses.

When jasmonate concentrations increase, plants may produce compounds that act as signaling molecules to attract beneficial insects.

Understanding the jasmonate pathway could potentially lead to the development of new plant varieties that are more resilient to stress.

Jasmonate plays a critical role in regulating the development of floral structures and the timing of flowering in plants.

In the development of tolerant crop varieties, jasmonate has been identified as a key regulator of stress responses and can thus be targeted for genetic improvement.

The jasmonate signaling pathway is an important symbiotic interaction between plants and their microbial communities.

Jasmonate is not only important for plant defense against herbivores but also plays a role in regulating plant-virus interactions.

In agriculture, jasmonate can be used as a tool to control pest populations or to promote tolerance to environmental stresses.