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Journals and Conferences
We have studied the essential oils from the air-dry epigeal parts of Artemesia fragrans Willd., A. sDiciRera C. Koch., and A. szowitziana (Bess.) Grosch. collected in the budding period of the Fizuli… (More)
A new guaianolide with the composition C20H22O5, mp 150–152°C, has been isolated from the resin of the roots ofFerula oopoda, (Boiss. et Buhse) Boiss. It has been established that it corresponds to… (More)
On the basis of spectral characteristics (IR,1H and13C NMR spectroscopies) and chemical transformations it has been shown that the new sesquiterpene lactone artapshinin has the structure of… (More)
A new sesquiterpene lactone, C15H22O4, which has been called artapshin (I) has been isolated fromArtemisia fragrans Willd. The acetylation of (I) led to its diacetate C19H26O6, mp 160–162°C (II). The… (More)
From the epigeal part ofArtemisia fragrans Willd. a new sesquiterpene lactone C15H20O4 has been isolated which has been called alkhanin. It has been shown that alkhanin has the structure (I).
A new guaianolide which has been called dzheiranbatanolide (I), C15H20O4, mp 186–188°C has been isolated from the epigeal part ofArtemisia fragrans Willd. The oxidation of (I) led to a keto… (More)
The structure of the new germacranolide shoanchalin C (C15H22O4, mp 203–205°C) isolated fromArtemisia fragans has been established on the basis of spectroscopic (IR,1H and13C NMR) results.
The structure of a new germacranolide — shonachalin A isolated fromArtemesia fragrans — has been established on the basis of chemical and spectroscopic (IR, UV, and1H and13C NMR) results.