Prediction of SARS-CoV-2 transmission dynamics based on population-level cycle threshold values: An epidemic transmission and machine learning modeling study

  1. Afraz Arif Khan
  2. Hind Sbihi
  3. Michael A Irvine
  4. Agatha N Jassem
  5. Yayuk Joffres
  6. Braeden Klaver
  7. Naveed Janjua
  8. Aamir Bharmal
  9. Carmen H Ng
  10. Chris D Fjell
  11. Miguel Imperial
  12. Amanda Wilmer
  13. John Galbraith
  14. Marc G Romney
  15. Bonnie Henry
  16. Linda MN Hoang
  17. Mel Krajden
  18. Catherine A Hogan  Is a corresponding author
  1. BC Centre for Disease Control, Canada
  2. Fraser Health, Canada
  3. LifeLabs, Canada
  4. Kelowna General Hospital, Canada
  5. Victoria General Hospital, Canada
  6. St. Paul's Hospital, Canada
  7. Ministry of Health, Canada

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History

  1. Accepted Manuscript published
  2. Accepted
  3. Received

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  1. Afraz Arif Khan
  2. Hind Sbihi
  3. Michael A Irvine
  4. Agatha N Jassem
  5. Yayuk Joffres
  6. Braeden Klaver
  7. Naveed Janjua
  8. Aamir Bharmal
  9. Carmen H Ng
  10. Chris D Fjell
  11. Miguel Imperial
  12. Amanda Wilmer
  13. John Galbraith
  14. Marc G Romney
  15. Bonnie Henry
  16. Linda MN Hoang
  17. Mel Krajden
  18. Catherine A Hogan
(2026)
Prediction of SARS-CoV-2 transmission dynamics based on population-level cycle threshold values: An epidemic transmission and machine learning modeling study
eLife 15:e95666.
https://doi.org/10.7554/eLife.95666

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https://doi.org/10.7554/eLife.95666