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Monika Holbein et al.
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Joshua R. Dusick et al.
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G Hamilton et al.
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P Vespa et al.
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BL Bartnik et al.
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JP Coles et al.
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R Hlatky et al.
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13C-labeled substrates and the cerebral metabolic compartmentalization of acetate and lactate
RL Tyson et al.
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TC Glenn et al.
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PM Vespa et al.
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B Alessandri et al.
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G Leegsma-Vogt et al.
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A Lewén et al.
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A Moreno et al.
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S Ashwal et al.
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