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The Flavonoids (1982)
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Flavonoids and xanthonolignoids of Hypericum ericoides
Cardona M.Luz, Seoan Eliseo
Phytochemistry. 1982 21(11). p.2759
Synergy-Directed Fractionation of Botanical Medicines: A Case Study with Goldenseal (Hydrastis canadensis)
Junio Hiyas A.,
Sy-Cordero Arlene A.,
Ettefagh Keivan A.,
Burns Johnna T.,
Micko Kathryn T.,
Graf Tyler N.,
Richter Scott J.,
Cannon Robert E.,
Oberlies Nicholas H., Cech Nadja B.
Journal of Natural Products. 2011 74(7). p.1621
Sylpin — A new C-methylated flavonoid from Pinus sylvestris
Medvedeva S. A.,
Ivanova S. Z.,
Tyukavkina N. A., Zapesochoya G. G.
Chemistry of Natural Compounds. 1977 13(5). p.539
Tristaenone A: A New Anti-Inflammatory Compound Isolated from the Australian Indigenous Plant Tristaniopsis laurina
Mathew Shintu,
Zhou Xian,
Münch Gerald,
Bodkin Francis,
Wallis Matthew,
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Molecules. 2022 27(19). p.6592
Spectral characteristics of C-methylflavones
Zapesochnaya G. G., Sokol'skaya T. A.
Chemistry of Natural Compounds. 1984 20(3). p.284
Variation in leaf waxes of the Tasmanian Eucalyptus species—I. Subgenus Symphyomyrtus
Li H.,
Madden J.L., Potts B.M.
Biochemical Systematics and Ecology. 1997 25(7). p.631
Dictionary of Organic Compounds (1990)
Ficine, A novel flavonoidal alkaloid from
Johns S.R.,
Russel J.H., Heffernan M.L.
Tetrahedron Letters. 1965 6(24). p.1987
Lipids: Structure and Function (1980)
Polyphenols in the leaves of eucalyptus l'herit: A chemotaxonomic survey—I.
Hillis W.E.
Phytochemistry. 1966 5(6). p.1075
Biosynthesis of Surface Lipids
Kolattukudy P. E
Science. 1968 159(3814). p.498
Occurrence and distribution of free flavonoid aglycones in plants
Wollenweber Eckhard, H. Dietz Volker
Phytochemistry. 1981 20(5). p.869
Sideroxylin fromMiconia Ioneura: Monohydrate Crystal Structure from High Resolution X-Ray Powder Diffraction
Pagola Silvina,
Tracanna María I.,
Amani Sara M.,
González Ana M.,
Raschi Ana B.,
Romano Elida,
Benavente Alba M., Stephens Peter W.
Natural Product Communications. 2008 3(5). p.1934578X0800300
The biochemistry of plant cuticular lipids
Kolattukudy P.E., Walton T.J.
Progress in the Chemistry of Fats and other Lipids. 1973 13 p.119
Antileishmanial polyphenols from Corymbia maculata
SIDANA JASMEEN,
NEERADI DINESH,
CHOUDHARY ALKA,
SINGH SUSHMA,
FOLEY WILLIAM J, SINGH INDER PAL
Journal of Chemical Sciences. 2013 125(4). p.765
Plant waxes
Kolattukudy P. E.
Lipids. 1970 5(2). p.259
Tarsal taste sensilla of the autumn gum moth, Mnesampela privata: morphology and electrophysiological activity
Calas Delphine,
Marion‐Poll Frédéric, Steinbauer Martin J.
Entomologia Experimentalis et Applicata. 2009 133(2). p.186
Antifungal activity of phytochemicals fromEucalyptushybrid leaves against some plant pathogenic and wood decay fungi
Varshney Vinay Kumar,
Pandey Amit,
Onial Praveen Kumar, Dayal Rameshwar
Archives Of Phytopathology And Plant Protection. 2012 45(19). p.2347
Maslinic acid from the leaves ofEucalyptus viminalis
Savina A. A.,
Sokol'skaya T. A., Fesenko D. A.
Chemistry of Natural Compounds. 1983 19(1). p.114
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Perry Matthew J., Wangchuk Phurpa
Plants. 2023 12(21). p.3686
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Bomfim-Patrício Márcia C.,
Salatino Antonio,
Martins Ângela B.,
Salatino Maria L.F., Wurdack John J.
Biochemical Systematics and Ecology. 2001 29(7). p.711
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Deans Bianca J.,
de Salas Miguel,
Smith Jason A., Bissember Alex C.
Australian Journal of Chemistry. 2018 71(10). p.756
Comprehensive Organic Name Reactions and Reagents (2010)
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Mikhailova N. S.,
Konovalova O. A., Rybalko K. S.
Chemistry of Natural Compounds. 1978 14(1). p.103
Leaf wax constituents of some myrtaceous species
Courtney John L.,
Lassak Erich V., Speirs Graeme B.
Phytochemistry. 1983 22(4). p.947
Epicuticular waxes and plant primary metabolites on the surfaces of juvenile Eucalyptus globulus and E. nitens (Myrtaceae) leaves
Steinbauer Martin J.,
Davies Noel W.,
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Antimicrobial activities of eucalyptus leaf extracts and flavonoids from Eucalyptus maculata
Takahashi T.,
Kokubo R., Sakaino M.
Letters in Applied Microbiology. 2004 39(1). p.60
Exkret-Flavonoide bei H�heren Pflanzen arider Gebiete
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Plant Systematics and Evolution. 1985 150(1-2). p.83
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Massaro C.F.,
Katouli M.,
Grkovic T.,
Vu H.,
Quinn R.J.,
Heard T.A.,
Carvalho C.,
Manley-Harris M.,
Wallace H.M., Brooks P.
Fitoterapia. 2014 95 p.247
Eucalyptin from Eugenia and Myrcia species
Gottlieb O.R.,
da Silva M.Leão, Maia J.G.Soares
Phytochemistry. 1972 11(3). p.1185
Chemical composition of the epicuticular wax from the fruits ofEucalyptus globulus
Pereira Susana I.,
Freire Carmen S. R.,
Neto Carlos Pascoal,
Silvestre Armando J. D., Silva Artur M. S.
Phytochemical Analysis. 2005 16(5). p.364
Nonvolatile chemicals provide a nest defence mechanism for stingless bees Tetragonula carbonaria (Apidae, Meliponini)
Wang Shijie,
Wittwer Bernadette,
Heard Tim A.,
Goodger Jason Q. D., Elgar Mark A.
Ethology. 2018 124(9). p.633
