1. Neuroscience

Network segregation is associated with processing speed in the cognitively healthy oldest-ol

  1. Sara A Nolin  Is a corresponding author
  2. Mary E Faulkner
  3. Paul Stewart
  4. Leland L Fleming
  5. Stacy Merritt
  6. Roxanne F Rezaei
  7. Prad K Bharadwaj
  8. Mary Kate Franchetti
  9. David A Raichlen
  10. Courtney J Jessup
  11. Lloyd Edwards
  12. G Alex Hishaw
  13. Emily J Van Etten
  14. Theodore P Trouard
  15. David Geldmacher
  16. Virginia G Wadley
  17. Noam Alperin
  18. Eric S Porges
  19. Adam J Woods
  20. Ron A Cohen
  21. Bonnie E Levin
  22. Tatjana Rundek
  23. Gene E Alexander
  24. Kristina Visscher  Is a corresponding author
  1. University of Alabama at Birmingham, United States
  2. University of Miami, United States
  3. University of Florida, United States
  4. University of Arizona, United States
  5. University of Southern California, United States
https://doi.org/10.7554/eLife.78076
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Cite this article
  1. Sara A Nolin
  2. Mary E Faulkner
  3. Paul Stewart
  4. Leland L Fleming
  5. Stacy Merritt
  6. Roxanne F Rezaei
  7. Prad K Bharadwaj
  8. Mary Kate Franchetti
  9. David A Raichlen
  10. Courtney J Jessup
  11. Lloyd Edwards
  12. G Alex Hishaw
  13. Emily J Van Etten
  14. Theodore P Trouard
  15. David Geldmacher
  16. Virginia G Wadley
  17. Noam Alperin
  18. Eric S Porges
  19. Adam J Woods
  20. Ron A Cohen
  21. Bonnie E Levin
  22. Tatjana Rundek
  23. Gene E Alexander
  24. Kristina Visscher
(2025)
Network segregation is associated with processing speed in the cognitively healthy oldest-ol
eLife 14:e78076.
https://doi.org/10.7554/eLife.78076
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