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Volume 32, Number 7—July 2026

Dispatch

Household Transmission of Enterovirus D68, Washington and Oregon, United States, 2022–2024

Pavitra RoychoudhuryComments to Author , Erica Wetzler, Anna Elias-Warren, Katherine L. Hoffman, Alex Harteloo, Hyeong Geon Kim, Kevin Kong, Hong Xie, Jolene Gov, Margaret G. Mills, Collrane Frivold, Madison Hollcroft, Mark Drummond, Tara Hatchie, Erica Clark, Brenna Ehmen, Peter D. Han, Luis Gamboa, Sally Grindstaff, Jeremy Stone, Alexander L. Greninger, Lea M. Starita, Christina Lockwood, Janet A. Englund, Marco Carone, Ana A. Weil, Sacha L. Reich, Richard A. Mularski, Mark A. Schmidt, Jennifer L. Kuntz, Allison L. Naleway, and Helen Y. Chu
Author affiliation: Fred Hutchinson Cancer Center, Seattle (P. Roychoudhury); University of Washington, Seattle, Washington, USA (P. Roychoudhury, E. Wetzler, A. Elias-Warren, K.L. Hoffman, A. Harteloo, H.G. Kim, K. Kong, H. Xie, J. Gov, M.G. Mills, C. Frivold, M. Hollcroft, M. Drummond, T. Hatchie, E. Clark, B. Ehmen, P.D. Han, L. Gamboa, S. Grindstaff, J. Stone, A.L. Greninger, L.M. Starita, C. Lockwood, J.A. Englund, M. Carone, A.A. Weil, H.Y. Chu); Brotman Baty Institute for Precision Medicine, Seattle (L. Gamboa); Seattle Children’s Research Institute, Seattle (J.A. Englund); Kaiser Permanente Center for Health Research, Portland, Oregon, USA (S.L. Reich, R.A. Mularski, M.A. Schmidt, J.L. Kuntz, A.L. Naleway)

Main Article

Figure

Maximum-likelihood time-resolved phylogenetic tree from study of household transmission of enterovirus D68, Washington and Oregon, United States, 2022–2024. Tree shows study samples from Washington and Oregon and publicly available global sequences. Inset shows a divergence tree by substitutions per site. Purple and green boxes around tips highlight close clustering of sequences from the same household.

Figure. Maximum-likelihood time-resolved phylogenetic tree from study of household transmission of enterovirus D68, Washington and Oregon, United States, 2022–2024. Tree shows study samples from Washington and Oregon and publicly available global sequences. Inset shows a divergence tree by substitutions per site. Purple and green boxes around tips highlight close clustering of sequences from the same household.

Main Article

Page created: May 28, 2026
Page updated: June 23, 2026
Page reviewed: June 23, 2026
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