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Minale Luigi,
Riccio Raffaele, Debitus Cecile
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(2002)
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Choi Eun Mi,
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Natural Product Communications. 2007 2(11). p.1934578X0700201
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RSC Advances. 2015 5(17). p.12546
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Kassab Darren J, Ganem Bruce
Tetrahedron Letters. 1996 37(34). p.6041
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Aknin M.,
Costantino V.,
Mangoni A.,
Fattorusso E., Gaydou E.M.
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Tetrahedron Letters. 1996 37(9). p.1439
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Piccialli Vincenzo, Sica Donato
Tetrahedron. 1991 47(37). p.7937
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Pehk Tõnis,
Järving Ivar,
Liiv Milana,
Lopp Annika,
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Lille Ülo, Samel Nigulas
Tetrahedron Letters. 1993 34(12). p.1985
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Tinto Winston F.,
Yang Ji-Ping,
McLean Stewart, Reynolds William F.
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