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Correlations between C-3 (δ 58.3)/H-7 (δ 2.67), H-3 (δ 4.18)/C-7 (δ 29.0), C-1 (δ 97.7)/H-7 (δ 2.67), and H-1 (δ 5.69)/C-7(δ 29.0) are in full agreement with the proposed structure. No correlation was observed between H-4 (δ 5.19) and the methylene carbon of lactone moiety, which ruled out the other regioisomer.
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Correlations between C-3 (δ 58.3)/H-7 (δ 2.67), H-3 (δ 4.18)/C-7 (δ 29.0), C-1 (δ 97.7)/H-7 (δ 2.67), and H-1 (δ 5.69)/C-7(δ 29.0) are in full agreement with the proposed structure. No correlation was observed between H-4 (δ 5.19) and the methylene carbon of lactone moiety, which ruled out the other regioisomer.
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25
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79951664072
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Correlations of H-1β/H-2, H-1β/H-3 in the NOESY experiments of 4a reveal that H-1, H-2, and H-3 are cofacial, which confirms the α-α ring juncture stereochemistry of bicyclic lactone.
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Correlations of H-1β/H-2, H-1β/H-3 in the NOESY experiments of 4a reveal that H-1, H-2, and H-3 are cofacial, which confirms the α-α ring juncture stereochemistry of bicyclic lactone.
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The attack of the carboxy methylene radical bonded to the manganese, which may also coordinate with α-disposed anomeric substitutents, could be an alternative explanation for the exclusive α C-C bond formation leading to α-α lactonization as suggested by one of the reviewers.
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The attack of the carboxy methylene radical bonded to the manganese, which may also coordinate with α-disposed anomeric substitutents, could be an alternative explanation for the exclusive α C-C bond formation leading to α-α lactonization as suggested by one of the reviewers.
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