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1
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0039820322
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Scheuer P.J. (Ed), Springer, Berlin Heidelberg
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Uemura D. In: Scheuer P.J. (Ed). Bioorganic Marine Chemistry Vol. 4 (1991), Springer, Berlin Heidelberg 1-31
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(1991)
Bioorganic Marine Chemistry
, vol.4
, pp. 1-31
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Uemura, D.1
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6
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33644889899
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For recent results, see:
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For recent results, see:. Washida K., Koyama T., Yamada K., Kita M., and Uemura D. Tetrahedron Lett. 47 (2006) 2521
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(2006)
Tetrahedron Lett.
, vol.47
, pp. 2521
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Washida, K.1
Koyama, T.2
Yamada, K.3
Kita, M.4
Uemura, D.5
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7
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34147095796
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Kita M., Roy M.C., Siwu E.R.O., Noma I., Takiguchi T., Itoh M., Yamada K., Koyama T., Iwashita T., and Uemura D. Tetrahedron Lett. 48 (2007) 3423
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(2007)
Tetrahedron Lett.
, vol.48
, pp. 3423
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Kita, M.1
Roy, M.C.2
Siwu, E.R.O.3
Noma, I.4
Takiguchi, T.5
Itoh, M.6
Yamada, K.7
Koyama, T.8
Iwashita, T.9
Uemura, D.10
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8
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34147156580
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Kita M., Roy M.C., Siwu E.R.O., Noma I., Takiguchi T., Yamada K., Koyama T., Iwashita T., Wakamiya A., and Uemura D. Tetrahedron Lett. 48 (2007) 3429
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(2007)
Tetrahedron Lett.
, vol.48
, pp. 3429
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Kita, M.1
Roy, M.C.2
Siwu, E.R.O.3
Noma, I.4
Takiguchi, T.5
Yamada, K.6
Koyama, T.7
Iwashita, T.8
Wakamiya, A.9
Uemura, D.10
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9
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34249028223
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Kita M., Ohishi N., Konishi K., Kondo M., Koyama T., Kitamura M., Yamada K., and Uemura D. Tetrahedron 63 (2007) 6241
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(2007)
Tetrahedron
, vol.63
, pp. 6241
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Kita, M.1
Ohishi, N.2
Konishi, K.3
Kondo, M.4
Koyama, T.5
Kitamura, M.6
Yamada, K.7
Uemura, D.8
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10
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33751386629
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Symbiodinolide (1) is a structural congener of zooxanthellatoxins. For the structural elucidation of zooxanthellatoxins, see:
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Symbiodinolide (1) is a structural congener of zooxanthellatoxins. For the structural elucidation of zooxanthellatoxins, see:. Nakamura H., Asari T., Murai A., Kondo T., Yoshida K., and Ohizumi Y. J. Org. Chem. 58 (1993) 313
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(1993)
J. Org. Chem.
, vol.58
, pp. 313
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Nakamura, H.1
Asari, T.2
Murai, A.3
Kondo, T.4
Yoshida, K.5
Ohizumi, Y.6
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12
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0028806788
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Nakamura H., Asari T., Murai A., Kan Y., Kondo T., Yoshida K., and Ohizumi Y. J. Am. Chem. Soc. 117 (1995) 550
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(1995)
J. Am. Chem. Soc.
, vol.117
, pp. 550
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Nakamura, H.1
Asari, T.2
Murai, A.3
Kan, Y.4
Kondo, T.5
Yoshida, K.6
Ohizumi, Y.7
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13
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0029156787
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Nakamura H., Asari T., Fujimaki K., Maruyama K., Murai A., Ohizumi Y., and Kan Y. Tetrahedron Lett. 36 (1995) 7255
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(1995)
Tetrahedron Lett.
, vol.36
, pp. 7255
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Nakamura, H.1
Asari, T.2
Fujimaki, K.3
Maruyama, K.4
Murai, A.5
Ohizumi, Y.6
Kan, Y.7
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20
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0027997412
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For a review of TPAP oxidation, see:
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For a review of TPAP oxidation, see:. Ley S.V., Norman J., Griffith W.P., and Marsden S.P. Synthesis (1994) 639
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(1994)
Synthesis
, pp. 639
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Ley, S.V.1
Norman, J.2
Griffith, W.P.3
Marsden, S.P.4
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22
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0033546338
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Yakura T., Ueki A., Kitamura T., Tanaka K., Nameki M., and Ikeda M. Tetrahedron 55 (1999) 7461
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(1999)
Tetrahedron
, vol.55
, pp. 7461
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Yakura, T.1
Ueki, A.2
Kitamura, T.3
Tanaka, K.4
Nameki, M.5
Ikeda, M.6
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23
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33646598723
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Hanessian S., Marcotte S., Machaalani R., Huang G., Pierron J., and Loiseleur O. Tetrahedron 62 (2006) 5201
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(2006)
Tetrahedron
, vol.62
, pp. 5201
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Hanessian, S.1
Marcotte, S.2
Machaalani, R.3
Huang, G.4
Pierron, J.5
Loiseleur, O.6
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25
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33845185080
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The spiroacetal 20 is thermodynamically the most stable due to the double anomeric effect. The stereochemistry of 20 was determined by NOE experiments as shown below. For the reviews of spiroacetals, see:
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The spiroacetal 20 is thermodynamically the most stable due to the double anomeric effect. The stereochemistry of 20 was determined by NOE experiments as shown below. For the reviews of spiroacetals, see:. Perron F., and Albizati K.F. Chem. Rev. 89 (1989) 1617
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(1989)
Chem. Rev.
, vol.89
, pp. 1617
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Perron, F.1
Albizati, K.F.2
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28
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45049086507
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note
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a,b = 15.2 Hz).
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30
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45049085997
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note
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2 at room temperature. The absolute stereochemistry at C93 was confirmed to be R by Mosher method. The stereochemistry of C94 was determined to be R based on the reaction mechanism of the Sharpless AD reaction.
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31
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45049087458
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note
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+: 629.4213, found: 629.4220.
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