BIBLIOGRAPHIC RECORD

Ketamine induces multiple individually distinct whole-brain functional connectivity signatures

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Recorded authors
Flora Moujaes; Jie Lisa Ji; Masih Rahmati; Joshua B. Burt; Charles H. Schleifer; Brendan D. Adkinson; Aleksandar Savić; Nicole P. Santamauro; Zailyn Tamayo; Caroline Diehl; Antonija Kolobaric; Morgan Flynn; Nathalie M. Rieser; Clara Fonteneau; Terry Camarro; Junqian Xu; Youngsun Cho; Grega Repovš; Sarah Kathryn Fineberg; PETER T. MORGAN; Erich Seifritz; Franz X. Vollenweider; John Harrison Krystal; John D. Murray; Katrin H. Preller; Alan Anticevic
Source of metadata
OpenAlex
Year recorded
2024

Public identifiers and source

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Reference

Flora Moujaes; Jie Lisa Ji; Masih Rahmati; Joshua B. Burt; Charles H. Schleifer; Brendan D. Adkinson; Aleksandar Savić; Nicole P. Santamauro; Zailyn Tamayo; Caroline Diehl; Antonija Kolobaric; Morgan Flynn; Nathalie M. Rieser; Clara Fonteneau; Terry Camarro; Junqian Xu; Youngsun Cho; Grega Repovš; Sarah Kathryn Fineberg; PETER T. MORGAN; Erich Seifritz; Franz X. Vollenweider; John Harrison Krystal; John D. Murray; Katrin H. Preller; Alan Anticevic. (2024). Ketamine induces multiple individually distinct whole-brain functional connectivity signatures. https://openalex.org/W4394873583

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Permanent record URL: https://brain.psiconautica.org/en/documentos/d-949b86195b62ed01dd8221f500172e65/