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Paper Id: IJCIRAS1778
Title: ROLE OF SALICYLIC ACID IN PLANTS DEFENSE MECHANISMS AGAINST PATHOGENS
Published in: International Journal Of Creative and Innovative Research In All Studies
Publisher: IJCIRAS
ISSN: 2581-5334
Volume / Issue: Volume 4 Issue 6
Pages: 15
Published On: 2/8/2022 9:55:18 PM      (MM/dd/yyyy)
PDF Url: http://www.ijciras.com/PublishedPaper/IJCIRAS1778.pdf
Main Author Details
Name: Richard Osei
Institute: Gansu Agricultural University
Co - Author Details
Author Name Author Institute
Solomon Boamah Gansu Agricultural University
Thomas Afriyie Boakye Gansu Agricultural University
Chengde Yang Gansu Agricultural University
Abstract
Research Area: Agriculture science and enginnering
KeyWord: Antioxidant enzymes, defense activation, pathogen, SA pathways, systemic acquired resistance
Abstract: Salicylic acid (SA), a signaling molecule known for its role in plant defense against disease. SA can trigger plant defensive mechanisms, making it a viable alternative to biocidal agrochemicals. The agricultural sector's growing demand for global food supplies is a primary motive behind developing appropriate methods of controlling diseases that are effective not just against target pathogens but also against those that may emerge in the future. Plants have specific structures, compounds, and sophisticated mechanisms that help them fight diseases. Pathogens are continually inventing new ways to break plant defenses, therefore knowing these defense mechanisms and pathways is essential for developing novel disease-prevention treatments. Several signaling molecules that control the production of defense-related compounds are involved in plant defense pathways. SA, ethylene (ET), jasmonic acid (JA), and abscisic acid (ABA) are all involved in these mechanisms. SA is the subject of this review article because of its importance in various ways the plants tolerate to biotic stress. This review article focuses on the role of SA in plant pathogen defense. The mechanisms of action of SA in plant defense, SA and systemic acquired resistance, SA in plant-pathogen resistance, effects of SA on antioxidant systems, and future directions of SA were all discussed in depth. Scientists will be able to create more efficient techniques for safeguarding plants from infections for sustainable agriculture if they have a deeper grasp of plant defense systems.
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IEEE
Richard Osei, Solomon Boamah, Thomas Afriyie Boakye, Chengde Yang, "ROLE OF SALICYLIC ACID IN PLANTS DEFENSE MECHANISMS AGAINST PATHOGENS", International Journal Of Creative and Innovative Research In All Studies, vol. 4, no. 6, pp. 31-45, 2021.
MLA Richard Osei, Solomon Boamah, Thomas Afriyie Boakye, Chengde Yang "ROLE OF SALICYLIC ACID IN PLANTS DEFENSE MECHANISMS AGAINST PATHOGENS." International Journal Of Creative and Innovative Research In All Studies, vol 4, no. 6, 2021, pp. 31-45.
APA Richard Osei, Solomon Boamah, Thomas Afriyie Boakye, Chengde Yang (2021). ROLE OF SALICYLIC ACID IN PLANTS DEFENSE MECHANISMS AGAINST PATHOGENS. International Journal Of Creative and Innovative Research In All Studies, 4(6), 31-45.
ROLE OF SALICYLIC ACID IN PLANTS DEFENSE MECHANISMS AGAINST PATHOGENS
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