2025, Vol. 5, Issue 1, Part A
Exploring the biocontrol potential of clitoria ternatea and abutilon indicum smoke water extracts against leaf curl virus in chilli plants
Author(s): Anusha Rani Yavvari, M Nagalakshmi Devamma, T Vijaya, S Ankanna, A Venu Gopal, K Vaishnavi, K Jyothsna, P Siva Teja and K Pragna Sri
Abstract: Chilli (
Capsicum
annuum L.) is an economically important vegetable crop that suffers large
yield losses due to a variety of biotic stresses including leaf curl virus.
Various kind of pesticides and chemical methods are used to control the disease
which are harmful to the environment. The excessive use of synthetic fungicides
has led to toxicological and environmental concerns, prompting the exploration
of plant-based alternatives for plant protection. This study investigated the
phytochemical composition of
Clitoria ternatea and
Abutilon indicum
smoke water extracts and evaluated their efficacy against leaf curl virus
disease in chilli plants. Phytochemical screening revealed the presence of
alkaloids and carbohydrates in
Abutilon indicum, while
Clitoria
ternatea smoke water extract tested positive for carbohydrates. Treatment
of infected chilli plants with the smoke water extracts resulted in increased
chlorophyll content, suggesting enhanced photosynthetic activity.
Clitoria
ternatea smoke water extract demonstrated a more pronounced effect on
restoring chlorophyll content. The potential mechanisms underlying the
antiviral activity of the extracts and the feasibility of using natural
biocontrol agents for disease management in agriculture are discussed.
DOI: 10.22271/27893065.2025.v5.i1a.117Pages: 43-45 | Views: 116 | Downloads: 57Download Full Article: Click Here
How to cite this article:
Anusha Rani Yavvari, M Nagalakshmi Devamma, T Vijaya, S Ankanna, A Venu Gopal, K Vaishnavi, K Jyothsna, P Siva Teja, K Pragna Sri.
Exploring the biocontrol potential of clitoria ternatea and abutilon indicum smoke water extracts against leaf curl virus in chilli plants. Int J Plant Pathol Microbiol 2025;5(1):43-45. DOI:
10.22271/27893065.2025.v5.i1a.117