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77950254185
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Benzaldehyde could be formed by the oxidative cleavage of the hydroxyacetate intermediates 5a and 6a (see ref 11b).
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Benzaldehyde could be formed by the oxidative cleavage of the hydroxyacetate intermediates 5a and 6a (see ref 11b).
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35
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34250694837
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and references cited therein
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77950200913
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2, and styrene in AcOH indicated the formation of the species (iv-a + Na, mlz = 457) and (iii-a + Na-HOTf, mlz = 307). along with (2a + Na, mlz = 245) (R1, R2 = Ph, H) (see the Supporting Information).
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2, and styrene in AcOH indicated the formation of the species (iv-a + Na, mlz = 457) and (iii-a + Na-HOTf, mlz = 307). along with (2a + Na, mlz = 245) (R1, R2 = Ph, H) (see the Supporting Information).
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38
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0037059986
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39
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77950201571
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1= H; compound S-2 in the Supporting Information) indicate the possibility of a copper-catalyzed cyclization to form 9a under oxidative conditions (see the Supporting Information).
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1= H; compound S-2 in the Supporting Information) indicate the possibility of a copper-catalyzed cyclization to form 9a under oxidative conditions (see the Supporting Information).
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