ЛУБʼЯНІ та ТЕХНІЧНІ КУЛЬТУРИ
збірник наукових праць
Lubyani ta tekhnichni kultury
Vol.5 (10), 2017
ISSN 2307–6429
ESSENTIAL OILS OF HEMP AND THEIR CORRELATION WITH CANNABINOIDS
Mуhal M.D, Kmets I.L.
Institute of Bast Crops NAAS
Summary
The article reviews the experimental data of foreign authors on the chemical composition and smell of essential oils of cannabis, their variability depending on the variety and practical use. We have established a positive relationship between the content of cannabinoids and their smell, which is closely related to the smell of essential oils. In dry hot weather, the narcotic substances content and smell increase in narcotic varieties. In non-narcotic varieties, the content of cannabinoids is reduced (at a very low level), and the intensity of the smell of plants is significantly increased as a result of the manifestation of essential oils, the selection for elimination of which is not carried out. The study of the smell of hemp plants in order to develop a technique for determining the content of cannabinoids by side-effects is complicated by the close correlation between the smell of cannabinoid substances and the smell of essential oils.
Keywords:
hemp, cannabinoid, variety, breeding, essential oils
Language of the article
Ukrainian
Full Text:
References:
Zhukovskij P. M. (1964) Botanika. M.: Vysshaya shkola. – 666 s.
E’sau K. (1969) Anatomiya rastenij. M.: Mir. 564 s.
Grodzinskij A. M. & Grodzinskij D. M. (1973) Kratkij spravochnik po fiziologii rastenij. K.: Naukova dumka. 591 s.
Berehovyi P. M., Bilokin I. P., Lavitska Z. H. at al. (1965) Slovnyk-dovidnyk z botaniky. K.: Radianska shkola. 588 s.
Kretovich V. L. (1986) Bioximiya rastenij. M.: Vysshaya shkola. 503 s.
Pysarenko L. P. & Kavyn Z. Ya. (1986) Kurs orhanichnoi khimii. M.: Vыsshaia shkola. 512 s.
Virovec V.G., Gorshkova L.M., Sazhko M.M. at al. (1985) Metodicheskie ukazaniya po kachestvennoj ocenke konopli na soderzhanie kannabinoidov, polucheniyu tetraploidnyx form i ispol’zovaniyu e’trela. M. S. 1–9.
Myhal M. D., Kmets I. L. & Laiko I. M. (2014) Do metodyky vyznachennia kanabinoidiv u roslyn konopel. Lubiani ta tekhnichni kultury. Sumy, vyp. 3 (8). S. 19–26.
Biolohichnyi slovnyk (1974) za red. Pidoplichka I. P., Sytnyka K. M., Chahovtsia R. V. K.: Derzh. red. ukr. rad. entsyklopedii AN URSR. 551 s.
Mediavilla V. & Steinemann S. (1997) Essential oil Cannabis sativa L. strains. Journal of the International Hemp Association, V. 4, № 2. P. 80–84.
Meier C. & Mediavilla V. (1998) Factors influencing the yield and the quality of hemp (Cannabis sativa L.) essential oil. Journal of the International Hemp Association, V. 5, № 1. P. 16–20.
Hendriks H., Melindre T. & Batterman S. (1978) Das ätherische öl von Cannabis sativa L. Planta Med, V. 33, № 3. S. 125–128.
Melindre T., Melindre H., Batterman S. et al. (1975) The essential oil of Cannabis sativa L. Planta, V. 28. P. 56–61.
Hemphill J. K., Turner J. C. & Maheberg J. C. (1980) Cannabinoid content of individual plant organs from different geographic strains of Cannabis sativa L. Journal Nat. Prod, V. 43. P. 112–122.
Pete D. W. (1994) Chemical ecology of Cannabis. Journal of the International Hemp Association, V. 1, № 2. P. 32–37.
Kechatov E. A. (1962) Issledovanie smolistyx vydelenij konopli posevnoj i sornoj, proizrastayushhix v evropejskoj chasti SSSR (PhD Thesis). Baku. 22 s.