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Phylodynamics

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Phylodynamics

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Research Frontiers in HIV Recombination Phylodynamic Effects

Investigates how genetic recombination shapes HIV phylodynamic patterns and complicates evolutionary inference.

Recombination-Driven Immune Escape in HIV Transmission Networks
Mosaic Genome Architecture and Viral Fitness Landscapes
Inter-Subtype Recombination Hotspots and Epidemic Trajectories
Temporal Dynamics of CRF Emergence and Population Spread
Recombination Breakpoints as Molecular Clocks of Adaptation
Epistatic Constraints on Recombinant HIV Virulence Evolution
Circulating Recombinant Forms as Evolutionary Intermediates
Phylogenetic Incongruence from Segmental Recombination Patterns
Dual-Infection Frequency and Recombination-Driven Diversity Surges
Structural Stability of Recombinant Envelopes in Host Populations

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