About this Research Topic
The study of plant physiology, particularly in the realm of plant hormones, has witnessed remarkable progress driven by advancements in chemistry. Analytical chemistry has empowered researchers to discover and quantify the diverse array of plant hormones, leading to a profound understanding of their roles in plant development. The application of chemical genetics has addressed challenges such as gene redundancy and lethal mutations, facilitating the deciphering of signaling pathways and paving the way for the development of effective plant growth regulators. Chemical probes have provided researchers with potent tools to track and manipulate plant hormones within plants, enabling a deeper understanding of plant physiology. Moreover, plant peptides, which function as hormone-like chemicals capable of regulating versatile aspects of plant growth and development, represent another instance of chemical regulation in agriculture. These research outcomes have not only enriched the knowledge base of plant science but also provided essential support for the innovation and development of agricultural technology.
While classic genetics has significantly advanced our understanding of the intricate mechanisms regulating plant growth and development, it faces challenges such as gene redundancy and lethal mutations. As signal transduction and plant development are dynamic processes, static gene loss- or gain-of-function approaches prove insufficient. Recent advancements in chemical genetics and the utilization of chemical probes have empowered plant physiology research, uncovering novel insights. These chemical regulators not only enhance fundamental research but also hold potential as candidates for novel herbicides or plant growth regulators.
Regarding this research topic, we welcome contributions that underscore new discoveries emanating from chemical genetics, innovative probes, and revelations of mechanisms in plant growth and development facilitated by chemicals. Specific topics include but are not limited to:
• Highlighting new discoveries in novel probes and cutting-edge chemical technologies within the field of plant chemical biology.
• Showcasing the latest advancements in the field of plant hormones, peptides, and plant growth regulators.
• Demonstrating the use of chemical probes to track and manipulate plant hormones within plants, thus leading to a deeper understanding of plant physiology.
• Highlighting the potential impact of chemical regulators on agricultural technology and their potential as candidates for novel herbicides or plant growth regulators.
Please note: Descriptive data reports of treatment comparison will not be considered for review unless accompanied by functional validation and providing novel insights into the mechanistic understanding of the field.
While classic genetics has significantly advanced our understanding of the intricate mechanisms regulating plant growth and development, it faces challenges such as gene redundancy and lethal mutations. As signal transduction and plant development are dynamic processes, static gene loss- or gain-of-function approaches prove insufficient. Recent advancements in chemical genetics and the utilization of chemical probes have empowered plant physiology research, uncovering novel insights. These chemical regulators not only enhance fundamental research but also hold potential as candidates for novel herbicides or plant growth regulators.
Regarding this research topic, we welcome contributions that underscore new discoveries emanating from chemical genetics, innovative probes, and revelations of mechanisms in plant growth and development facilitated by chemicals. Specific topics include but are not limited to:
• Highlighting new discoveries in novel probes and cutting-edge chemical technologies within the field of plant chemical biology.
• Showcasing the latest advancements in the field of plant hormones, peptides, and plant growth regulators.
• Demonstrating the use of chemical probes to track and manipulate plant hormones within plants, thus leading to a deeper understanding of plant physiology.
• Highlighting the potential impact of chemical regulators on agricultural technology and their potential as candidates for novel herbicides or plant growth regulators.
Please note: Descriptive data reports of treatment comparison will not be considered for review unless accompanied by functional validation and providing novel insights into the mechanistic understanding of the field.
Keywords: plant physiology, plant hormone, chemical biology, chemical probes, plant growth regulators, signaling pathway
Important Note: All contributions to this Research Topic must be within the scope of the section and journal to which they are submitted, as defined in their mission statements. Frontiers reserves the right to guide an out-of-scope manuscript to a more suitable section or journal at any stage of peer review.
