Ketogenic diet uncovers differential metabolic plasticity of brain cells | Zendy

Tim Düking | Zendy; Lena Spieth | Zendy; Stefan A. Berghoff | Zendy; Lars Piepkorn | Zendy; Annika M. Schmidke | Zendy; Mišo Mitkovski | Zendy; Nirmal Kannaiyan | Zendy; Leon Hosang | Zendy; Patricia Scholz | Zendy; Ali H. Shaib | Zendy; Lennart V. Schneider | Zendy; Dörte Hesse | Zendy; Torben Ruhwedel | Zendy; Ting Sun | Zendy; Lisa Linhoff | Zendy; Andrea Trevisiol | Zendy; Susanne Köhler | Zendy; Adrián Martí Pastor | Zendy; Thomas Misgeld | Zendy; Michael W. Sereda | Zendy; Imam Hassouna | Zendy; Moritz J. Rossner | Zendy; Francesca Odoardi | Zendy; Till Ischebeck | Zendy; Livia de Hoz | Zendy; Johannes Hirrlinger | Zendy; Olaf Jahn | Zendy; Gesine Saher | Zendy

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Ketogenic diet uncovers differential metabolic plasticity of brain cells

Author(s) -

Tim Düking,

Lena Spieth,

Stefan A. Berghoff,

Lars Piepkorn,

Annika M. Schmidke,

Mišo Mitkovski,

Nirmal Kannaiyan,

Leon Hosang,

Patricia Scholz,

Ali H. Shaib,

Lennart V. Schneider,

Dörte Hesse,

Torben Ruhwedel,

Ting Sun,

Lisa Linhoff,

Andrea Trevisiol,

Susanne Köhler,

Adrián Martí Pastor,

Thomas Misgeld,

Michael W. Sereda,

Imam Hassouna,

Moritz J. Rossner,

Francesca Odoardi,

Till Ischebeck,

Livia de Hoz,

Johannes Hirrlinger,

Olaf Jahn,

Gesine Saher

Publication year - 2022

Publication title -

science advances

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 5.928

H-Index - 146

ISSN - 2375-2548

DOI - 10.1126/sciadv.abo7639

Subject(s) - ketogenic diet , biology , neuroscience , cell type , neuroinflammation , central nervous system , energy homeostasis , cell metabolism , cell , neuroplasticity , disease , metabolism , endocrinology , medicine , inflammation , epilepsy , immunology , biochemistry , obesity

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