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PlantPRID

Plant Pest RNAi Interference Database

Database Access Instructions

HOME PAGE

The homepage offers a comprehensive overview of our website. lt includes an introduction to the website, details about our services, our main vision, information about us, and a contact section. Our aim is to give users a broad understanding of the webpage.

miRNA and siRNA reaction mechanisms

BROWSE PAGE

The browsing page offers several sections for easy navigation. In the crop section, you can explore 83 plant species categorized into staple crops, horticultural crops, and cash crops. The pest and pathogen section provides a classification of organisms based on their taxonomic groups (e.g., insects, fungi, bacteria). The RNAi data page organizes sequences by functional annotations, including target prediction, experimental validation, and sequence features like GC content. This interface allows users to access a diverse range of plant disease content from various perspectives, providing valuable.

miRNA and siRNA reaction mechanisms miRNA and siRNA reaction mechanisms miRNA and siRNA reaction mechanisms

Disease Information Page

The RNAi data page organizes sequences by functional annotations, including target prediction, experimental validation, and sequence features like GC content.

miRNA and siRNA reaction mechanisms miRNA and siRNA reaction mechanisms

Search Page

Our search page offers a combined search feature that allows you to combine multiple searches for enhanced results.

miRNA and siRNA reaction mechanisms miRNA and siRNA reaction mechanisms miRNA and siRNA reaction mechanisms

Tools Page

Supports nucleic acid sequence composition analysis and reverse complement operations, and enables intelligent siRNA design by inputting mRNA sequences.

miRNA and siRNA reaction mechanisms miRNA and siRNA reaction mechanisms

Download page

Data download offers flexible formats (e.g. CSV) for diverse analysis requirements

miRNA and siRNA reaction mechanisms

About Page

In the about pages, we provide data sources, contact information to help users better use

miRNA and siRNA reaction mechanisms