Figure 6.
Impact of hypoxic storage and Sphk1 KO on the stored RBC metabolome. Storage of Sphk1 mouse RBCs under hypoxic conditions (A) further improves the metabolic benefits (heat map in B) of either treatment alone by boosting glycolysis (C), glutathione pools without depressing the PPP (D) and PTR (median ± ranges) (E).

Impact of hypoxic storage and Sphk1 KO on the stored RBC metabolome. Storage of Sphk1 mouse RBCs under hypoxic conditions (A) further improves the metabolic benefits (heat map in B) of either treatment alone by boosting glycolysis (C), glutathione pools without depressing the PPP (D) and PTR (median ± ranges) (E).

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