AMMPDB

AMMPDB catalogs curated anti-tubercular data on 118 native Indian medicinal plants and 3,374 phytochemicals to support natural-product drug discovery against Mycobacterium tuberculosis.

Key Features:

• Comprehensive Data Collection: Contains information on 118 native Indian medicinal plants with anti-tubercular activities and a catalog of 3,374 phytochemicals.
• Detailed Phytochemical Information: Includes taxonomical ID, botanical description, vernacular names, conservation status, geographical distribution maps, and IC-50 values for anti-TB potency.
• Phytochemical Structures: Provides 2D and 3D structural representations of phytochemicals for computational drug design and molecular modeling.
• Literature-Backed Medicinal Uses: Entries are supported by references to scientific literature documenting reported medicinal uses and activities.
• Computational Drug Design Tools: Integrates open-access computational tools for drug discovery stages, including screening and molecular docking studies.
• Case Study for Validation: Includes a case study demonstrating practical application of phytochemical data and computational tools in research.

Scientific Applications:

• Biodiversity Conservation Efforts: Conservation status and geographical distribution data support preservation and study of medicinal plant species.
• Phytochemistry Research: Detailed chemical profiles aid identification and characterization of bioactive molecules for pharmacological evaluation.
• Computational Drug Design: Enables screening of phytochemicals for anti-TB activity, molecular docking and modeling of target interactions, and lead compound optimization.
• Cross-Disciplinary Research: Bridges traditional knowledge and modern scientific research to support interdisciplinary collaborations in drug discovery.

Methodology:

Data was curated from scientific literature; the resource provides 2D and 3D phytochemical structures and integrates open-access computational tools enabling screening and molecular docking studies.