References
- R.J.Capon, E.L.Ghisalberti, and P.R.Jefferies, Phytochemistry22, 1465 (1983)
- V.J.Paul and W.Fenical, Tetrahedron Lett.23, 5017 (1982)
- S.C.Mao, Y.W.Guo, and X.Shen, Bioorg. Med. Chem. Lett.16, 2947 (2006)
- V.Smyrniotopoulos, D.Abatis, L.A.Tziveleka, C.Tsitsimpikou, V.Roussis, A.Loukis, and C.Vagias, J. Nat. Prod.66, 21 (2003)
- A.Guerriero, A.Meinesz, M.D'Ambrosio, and F.Pietra, Helv. Chim. Acta75, 689 (1992)
- J.Y.Su, Y.Zhu, L.M.Zeng, and X.H.Xu, J. Nat. Prod.60, 1043 (1997)
- D.Q.Liu, S.C.Mao, X.Q.Yu, L.H.Feng, and X.P.Lai, Heterocycles85, 661 (2012)
- A.S.R.Anjaneyulu, C.V.S.Prakash, and U.V.Mallavadhani, Phytochemistry30, 3041 (1991)
- B.C.Maiti, R.H.Thomson, and M.Mahendran, J. Chem. Res. (S), 126 (1978)
- O.Talaz and N.Saracoglu, Tetrahedron66, 1902 (2010)
- P.M.Fresneda, P.Molina, and M.Angeles Saez, Synlett, 1651 (1999)
- A.Bourderioux, S.Routier, V.Beneteau, and J.Y.Merour, Tetrahedron63, 9465 (2007)
- Y.Miki, Y.Aoki, H.Miyatake, T.Minematsu, and H.Hibino, Tetrahedron Lett.47, 5215 (2006)
- N.Wahlstrom, B.Stensland, and J.Bergman, Tetrahedron60, 2147 (2004)
- L.Commeiras, M.Santelli, and J.L.Parrain, Org. Lett.3, 1713 (2001)
- J.L.Fischel, R.Lemee, P.Formento, C.Caldani, J.L.Moll, D.Pesando, A.Meinesz, P.Grelier, P.Pietra, and A.Guerriero, Anticancer Res.15, 2155 (1995)
- R.Mozzachiodi, R.Scuri, M.Roberto, and M.Brunelli, Neuroscience107, 519 (2001)
- Y.Liu, J.B.Morgan, V.Coothankandaswamy, R.Liu, M.B.Jekabsons, F.Mahdi, D.G.Nagle, and Y.D.Zhou, J. Nat. Prod.72, 2104 (2009)
- D.Q.Liu, S.C.Mao, H.Y.Zhang, X.Q.Yu, M.T.Feng, B.Wang, L.H.Feng, and Y.W.Guo, Fitoterapia91, 15 (2013)
- Y.Kitahara, M.Oda, and S.Miyakoshi, Tetrahedron Lett.16, 4141 (1975)
- M.Oda, S.Miyakoshi, S.Nakanishi, and Y.Kitahara, Chem. Lett.5, 215 (1976)
- S.S.Lazarus and H.Barden, J. Histochem. Cytochem.12, 792 (1964)
- J.C.H.Byon, A.B.Kusari, and J.Kuseti, Mol. Cell. Biochem.182, 101 (1998)
- X.N.Yang, J.Y.Li, Y.Y.Zhou, Q.Shen, J.W.Chen, and J.Li, Biochim. Biophys. Acta Gen. Subj.1726, 34 (2005)