RAD-seq Used to Infer Phylogenetic History in Mosquitos
Exciting news! RAD sequencing is being used to infer phylogenetic relationships in mosquito species, as featured in Science.
This publication demonstrates the expanding applications of RAD-seq technology beyond population genomics into phylogenetics. The study showcases how restriction-site associated DNA sequencing can resolve evolutionary relationships in disease vectors, providing crucial insights for understanding mosquito evolution and disease transmission.
About the Research
The featured work demonstrates how RAD sequencing enables: - Resolution of complex phylogenetic relationships in mosquitos - Generation of thousands of phylogenetically informative markers - Cost-effective genomic approaches for non-model organisms - Better understanding of disease vector evolution
Significance for Public Health
Understanding mosquito phylogenetics is crucial for: - Tracking disease transmission patterns - Developing targeted vector control strategies - Understanding the evolution of insecticide resistance - Predicting disease emergence patterns
RAD-seq Innovation
This application shows the versatility of RAD-seq for: - Systematic biology studies - Species delimitation - Phylogeographic analyses - Conservation genetics
Our Laboratory’s Role
The Cresko Lab continues to pioneer RAD-seq applications, contributing to its adoption across diverse research areas from population genomics to phylogenetics.