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Exploring Bacopa monnieri phytochemicals as potential RSV inhibitors: An in-silico analysis of key compounds against fusion and glycoprotein targets

Abstract
Background: Respiratory Syncytial Virus (RSV), also known as Human Orthopneumovirus, is a significant cause of lower respiratory tract infections worldwide, particularly impacting children. Despite the urgent need, effective vaccines and treatments remain limited. Natural products, especially phytochemicals from medicinal plants, have recently gained attention as potential sources of antiviral age...
Keywords
Bacopa monnieri
In silico
Key (lock)
Biology
Traditional medicine
Pharmacology
Chemistry
Computational biology
Biochemistry
Medicine
Ecology
Gene

2025
Article

Open Access

2-Y Citation Average

0.484

Language


Exploring Bacopa monnieri phytochemicals as potential RSV inhibitors: An in-silico analysis of key compounds against fusion and glycoprotein targets

Exploring Bacopa monnieri phytochemicals as potential RSV inhibitors: An in-silico analysis of key compounds against fusion and glycoprotein targets

Abstract
Background: Respiratory Syncytial Virus (RSV), also known as Human Orthopneumovirus, is a significant cause of lower respiratory tract infections worldwide, particularly impacting children. Despite the urgent need, effective vaccines and treatments remain limited. Natural products, especially phytochemicals from medicinal plants, have recently gained attention as potential sources of antiviral age...
Keywords
Bacopa monnieri
In silico
Key (lock)
Biology
Traditional medicine
Pharmacology
Chemistry
Computational biology
Biochemistry
Medicine
Ecology
Gene

2025
Article

Open Access

2-Y Citation Average

0.484

Language