EVIHVR

EVIHVR analyzes expression, genetic variation, and predicted receptor status of human virus receptors to characterize receptor-mediated viral entry and identify candidate receptor proteins.

Key Features:

• Receptor Expression Function: Analyzes expression levels of human virus receptors across tissues and cell types to inform tissue tropism and receptor availability.
• Receptor Gene Polymorphism Function: Examines genetic polymorphisms of receptor genes across diverse populations and tissue types to assess variability that may affect susceptibility and disease outcomes.
• Predict Receptor Function: Uses differential expression analysis to identify candidate proteins whose expression patterns suggest potential roles as virus receptors.

Scientific Applications:

• Tissue tropism analysis: Correlates receptor expression profiles with tissue and cell-type specificity to infer viral tropism.
• Host genetic susceptibility: Relates receptor gene polymorphisms to population-level differences in susceptibility and clinical outcomes.
• Novel receptor discovery: Prioritizes candidate receptor proteins for experimental validation based on differential expression signatures.
• Viral-host interaction studies: Supports investigation of how receptor expression and variation influence virus entry and host-pathogen interactions.

Methodology:

Analyzes receptor expression across tissues and cell types, examines receptor gene polymorphisms across populations and tissue types, and applies differential expression analysis to predict candidate virus receptors.