Nature Communications (Mar 2022)

Tau deposition patterns are associated with functional connectivity in primary tauopathies

  • Nicolai Franzmeier,
  • Matthias Brendel,
  • Leonie Beyer,
  • Luna Slemann,
  • Gabor G. Kovacs,
  • Thomas Arzberger,
  • Carolin Kurz,
  • Gesine Respondek,
  • Milica J. Lukic,
  • Davina Biel,
  • Anna Rubinski,
  • Lukas Frontzkowski,
  • Selina Hummel,
  • Andre Müller,
  • Anika Finze,
  • Carla Palleis,
  • Emanuel Joseph,
  • Endy Weidinger,
  • Sabrina Katzdobler,
  • Mengmeng Song,
  • Gloria Biechele,
  • Maike Kern,
  • Maximilian Scheifele,
  • Boris-Stephan Rauchmann,
  • Robert Perneczky,
  • Michael Rullman,
  • Marianne Patt,
  • Andreas Schildan,
  • Henryk Barthel,
  • Osama Sabri,
  • Jost J. Rumpf,
  • Matthias L. Schroeter,
  • Joseph Classen,
  • Victor Villemagne,
  • John Seibyl,
  • Andrew W. Stephens,
  • Edward B. Lee,
  • David G. Coughlin,
  • Armin Giese,
  • Murray Grossman,
  • Corey T. McMillan,
  • Ellen Gelpi,
  • Laura Molina-Porcel,
  • Yaroslau Compta,
  • John C. van Swieten,
  • Laura Donker Laat,
  • Claire Troakes,
  • Safa Al-Sarraj,
  • John L. Robinson,
  • Sharon X. Xie,
  • David J. Irwin,
  • Sigrun Roeber,
  • Jochen Herms,
  • Mikael Simons,
  • Peter Bartenstein,
  • Virginia M. Lee,
  • John Q. Trojanowski,
  • Johannes Levin,
  • Günter Höglinger,
  • Michael Ewers

DOI
https://doi.org/10.1038/s41467-022-28896-3
Journal volume & issue
Vol. 13, no. 1
pp. 1 – 18

Abstract

Read online

Tau pathology drives neuronal dysfunction in 4- repeat tauopathies. Here, the authors combine tau-PET, resting-state fMRI and histopathology data, to show that brain connectivity is associated with tau deposition patterns in 4-repeat tauopathies.