A mutation associated with resistance to synthetic pyrethroids is widespread in US populations of the tropical lineage of Rhipicephalus sanguineus s.l
Nathan E. Stone(Northern Arizona University), David M. Wagner(Northern Arizona University), Maureen Brophy(Centers for Disease Control and Prevention), Joseph D. Busch(Northern Arizona University), Grant L. Pemberton(Northern Arizona University), Laura Backus(University of California, Davis), Gilbert J. Kersh(Centers for Disease Control and Prevention), Andrés M. López‐Pérez(Instituto de Ecología), Darrin Lemmer(Translational Genomics Research Institute), Jason W. Sahl(Northern Arizona University), Christopher D. Paddock(Centers for Disease Control and Prevention), Johanna S. Salzer(Centers for Disease Control and Prevention), Zane Koch(University of California San Diego), Reanna M. Bourgeois(Northern Arizona University), Megan C. Ruby(Northern Arizona University), William L. Nicholson(Centers for Disease Control and Prevention), Janet E. Foley(University of California, Davis), Rebecca Ballard(Northern Arizona University), Ryelan F. McDonough(Northern Arizona University)
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