Comprehensive Phylogeographics and Phylodynamics Analyses for Viral Infection
Multiple Sequence Alignment
We use multiple sequence alignment to compare genetic data and uncover how pathogens evolve and spread across time and geography.
Likelihood Mapping for Genetic Structure
Likelihood mapping helps us evaluate if genetic data is strong enough to accurately reconstruct how a virus or organism has evolved and spread over time.
Recombination Detection
Recombination analysis helps us identify if different genetic lineages have mixed, which is important for accurately tracking the evolution and spread of organisms like viruses.
Phylogenetic Tree Construction
We build phylogenetic trees to show how different samples are related, revealing their evolutionary history and patterns of spread.
Tree Annotation & Visualization
We annotate phylogenetic trees with information like sample location and collection date to better understand how organisms evolve and spread over time.
Phylogeographic Modeling
Phylogeographic modeling helps us trace where and how organisms or viruses have moved across regions over time, using both genetic and location data.
Lineage & Geographic Spread Tracking
We analyze how viruses travel and spread between places to help understand and control outbreaks effectively.
