Author pages are created from data sourced from our academic publisher partnerships and public sources.
- Publications
- Influence
Glycosides of Dorema hyrcanum
- M. R. Nurmukhamedova, G. K. Nikonov
- Chemistry
- Chemistry of Natural Compounds
- 2004
4. 5. 6. 7. 8. A. A. Grossgeim, Plant Resources of the Caucasus [in Russian], Baku (1946). I. I. Moniava and ~. P. Kemertel idze, Khim. Pr i roan.Soedin . , 446 (1973). M. S. Dudkin, N. G. Shkantova,… Expand
The structure of seselirin: A new chromone from the roots ofSeseli sessiliflorum
- A. Savina, M. E. Perel'son, A. I. Ban'kovskii, G. K. Nikonov
- Chemistry
- Chemistry of Natural Compounds
- 1 July 1970
ConclusionsFrom the roots ofSeseli sessiliflorum Schrenk a new chromone has been isolated for which the structure of… Expand
Essential oils origanum tyttanthum
- L. A. El'chibekova, G. K. Nikonov
- Chemistry
- Chemistry of Natural Compounds
- 1 March 1986
Andelin-A new dihydropyranocoumarin from the roots ofAngelica decursiva
- L. G. Avramenko, G. K. Nikonov, M. G. Pimenov
- Chemistry
- Chemistry of Natural Compounds
- 2004
ConclusionsA new coumarin, C24H26O7, which has been called “andelin,” has been isolated from the roots of the white-flowered form ofAngelica decursiva Franch. et Savat.On the basis of its IR, UV,… Expand
Structure and configuration of new coumarins of the roots of Ferula mogoltavica
- T. Khasanov, A. Saidkhodzhaev, G. K. Nikonov
- Chemistry
- Chemistry of Natural Compounds
- 2004
ConclusionsFrom the roots ofFerula mogoltavica, two new terpenoid coumarins have been isolated — mogoltavidin and mogoltavicin — and also one known one — gummosin.On the basis of a comparison of the… Expand
Kamolone from the roots of Ferula kopetdaghensis
- K. Kamilov, G. K. Nikonov
- Chemistry
- Chemistry of Natural Compounds
- 2004
Continuing a study of the coumarins of the above-named plant, from the ethereal fraction after the elimination of the galbanic acid [1] we have isolated another lactone, with the composition… Expand
The structure of pranferin — A new coumarin from the roots of Prangos ferulaceae
- G. K. Nikonov, A. Saidkhodzhaev
- Chemistry
- Chemistry of Natural Compounds
- 1 May 1971
SummaryThe structure proposed previously for the coumarin pranferin has been corrected on the basis of synthesis, spectral studies, and conversion products. It has been established that pranferin is… Expand
The structure of diversin and diversinin — Coumarins of Ferula diversivittata
- V. V. Kiseleva, G. K. Nikonov, M. O. Karryev
- Chemistry
- Chemistry of Natural Compounds
- 1 May 1975
SummaryFrom the roots of theFerula diversivittata Rgl. et Schmalh growing in Turkmenia we have isolated a new coumarin, C19H20O4, mp 55–57°C, which we have called diversinin, and also coumarins known… Expand
Coumarins of Fraxinus mandschurica and F. potamophila
- M. V. Artem'eva, G. K. Nikonov, M. O. Karryev
- Chemistry
- Chemistry of Natural Compounds
- 1 July 1973
SummaryThe leaves ofFraxinus mandschurica Rupr. and the bark ofF. potamophila Herd. have yielded esculetin, fraxinol, and a new coumarin C10H8O5, mp 228–230°C which we have called isofraxetin. On the… Expand
Coumarins of Ferula kopetdaghensis and the structure of kopeolin and kopeoside
- K. Kamilov, G. K. Nikonov
- Chemistry
- Chemistry of Natural Compounds
- 1 May 1973
SummaryThe roots ofFerula kopetdaghensis Eug. Kor. have yielded five coumarins — umbelliferone and four new compounds (kopetin, kopeodin, kopeolin, and kopeoside).On the basis of NMR, mass, and IR… Expand
...
1
2
3
4
5
...