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EVALUATION OF PHYTOCHEMICALS, MOSQUITO LARVICIDAL AND ALLELOPATHIC POTENTIAL OF AGERATUM CONYZOIDES L.
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Ageratum conyzoides, commonly known as "Billygoat Weed" or "Whiteweed," is a medicinal plant with widespread distribution and recognized for its traditional uses. This study aims to investigate the allelopathic potential of A. conyzoides, assess its mosquito larvicidal activity, and conduct a preliminary phytochemical screening to identify bioactive compounds. The allelopathic impact will be evaluated through germination assays and seedling growth inhibition experiments, shedding light on the potential of A. conyzoides in natural weed control strategies. Simultaneously, the mosquito larvicidal activity will be examined by evaluating the efficacy of A. conyzoides extracts against mosquito larvae, contributing to the exploration of environmentally friendly mosquito control approaches. Preliminary phytochemical screening will involve the identification of primary and secondary metabolites present in A. conyzoides, providing a foundation for further isolation and characterization of potential pharmacologically active compounds. The comprehensive findings from this study will contribute to a better understanding of the multifaceted ecological roles of A. conyzoides and its potential applications in weed management and vector control.
Title: EVALUATION OF PHYTOCHEMICALS, MOSQUITO LARVICIDAL AND ALLELOPATHIC POTENTIAL OF AGERATUM CONYZOIDES L.
Description:
Ageratum conyzoides, commonly known as "Billygoat Weed" or "Whiteweed," is a medicinal plant with widespread distribution and recognized for its traditional uses.
This study aims to investigate the allelopathic potential of A.
conyzoides, assess its mosquito larvicidal activity, and conduct a preliminary phytochemical screening to identify bioactive compounds.
The allelopathic impact will be evaluated through germination assays and seedling growth inhibition experiments, shedding light on the potential of A.
conyzoides in natural weed control strategies.
Simultaneously, the mosquito larvicidal activity will be examined by evaluating the efficacy of A.
conyzoides extracts against mosquito larvae, contributing to the exploration of environmentally friendly mosquito control approaches.
Preliminary phytochemical screening will involve the identification of primary and secondary metabolites present in A.
conyzoides, providing a foundation for further isolation and characterization of potential pharmacologically active compounds.
The comprehensive findings from this study will contribute to a better understanding of the multifaceted ecological roles of A.
conyzoides and its potential applications in weed management and vector control.
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