Sandalwood Biblio - Cropwatch

Shankaranarayana K.H., Angadi V.G., Rajeevalochan A.N.,. Theagarajan K.S., Sarma C.R. &
Rangas-wamy C.R. (1997). “A rapid method ofestimating essential oil content inheartwood of
Santalum album Linn.” Current Science 72(4), 241-242.
Shankaranarayana K.H., Rajeevalochan G., Rajeevalochan A.N. & Angadi V.G. (2005) "Fragrant
oils from exhausted sandalwood powder and sandal sapwood." J. Sci.Ind. Res. 64, 965-966.
Shukla B.V., Ravindra M., Shukla S.V., Lahire L. & Singh D.P. (1999) “Qualitative assessment of
sandalwood oil using gas chromatography” PAFAI J. 13, 41-43.
Sidheswaran P. & Ganguli S. (1997) "Sandalwood oil substitutes - A review" Supplement to
Cultivation & Utilisation of Aromatic Plants CIMAP (1997).
Spreitzer, H., Roesslhuber I, et al. (1990). “Structure/odor relationships of beta-santalol
analogues: E-homo-beta-santalol and E-dehydrohomo-beta-santalol.” Monatshefte Fuer Chemie
121(2-3), 195-202.
Stappena I., Höfinghoff J., Friedl S., Pammer C., Wolschann P. & Buchbauer G. (2008)
"Structure–activity relationships of sandalwood odorants: Total synthesis and fragrance
properties of cyclopropano-β-santalol." European Journal of Medicinal Chemistry 43(7),1525-
1529. Abstract. The synthesis and odor properties of cyclopropano-β-santalol, a new santalol
analogue, are described. The exocyclic double bond of the original molecule, β-santalol, is
replaced by a cyclopropane ring. Despite the analogies in the binding properties between the
double bond and cyclopropane this change in the bulky hydrophobic part of the molecule leads to
the complete loss of the characteristic sandalwood odor: in an olfactory evaluation the (Z)-product
appears spicy and sweet, the (E)-isomer woody, but neither of them exhibits the typical
sandalwood character.
Graphical abstract:
Verghese J., Sunny T.P. & Balkrishnan K.V. (1990) “-(-)-α-santalol & (-)-β-santalol concentration,
a new quality determinant of East Indian sandalwood oil.” Flavours & Fragrances J. 5, 223-226
Walker G.T. (1968) "The chemistry of the oil of sandalwood." Perf & Essen Oil Record 59(11),
778-781.
Wang Z. & Hong X. (1991) "Comparitive GC analysis of essential oil in imported sandalwood"
Zongguo Zong Yuo Za Zhi 16(1), 40-43, 64. Abstract: The GC-fingerprint spectra of essential oils
in imported sandalwood are established by the new technique of GC-relative retention value
fingerprint spectrum (GC-FPS). According to the GC-FPS of samples, their chromatographic
peaks, overlap ratio of peaks and eight strong peaks are studied comparatively.
Witteveen J.G. & van der Weerdt A.J.A. (1987) "Structure-odour relationships of some new
synthetic sandalwood aroma chemicals - Synthesis and olefactive properties in a series of bicyclo
[4.4.0] decan-3-ols. Rec Trauvase Chim., Pays-Bas 106, 29
General Articles – E.I. Sandalwood.
Adkoli N.S. & Kushalappa K.A. (eds)(1977) Proceedings of All India Sandal Seminar, Bangalore,
7-8 February, 1977. Myforest, Special Issue. pub Karnataka Forest Dept, Bangalore.
Ananthapadmanabha H.S. (2000) “The present status of sandalwood in India & Australia” PAFAI
Journal 2, 33-36.
Ananthapadmanabha H.S. (2000) “Sandalwood and its marketing trend.” My Forest 36, 147-151..
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