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Wa gne r H. Phenolic compounds in plants of pharmaceutical interest II Biochemistry of plant phenolics. New York; London, 1979. Vol. 12. P. 589—616. We i s sma n n G. Untersuhung der Rindenextrakte von Picea abies (L.) Karst. // Holz Roh- und Werkst. 1981. Bd 39. N 11. S. 457—461. We i ma r M. Preparation of extract from mature spruse needles for analysis H Physiol, plant. 1987. Vol. 69, N 4. P. 692—698. We l l e n d o r f H., Ka u f ma n U. Geographic variation of Picea sitchensis Carr. H Forest Tree Jmporov. 1977. N 11. P. 21. Wi l d A., T i e t z S. Physiologische und cytomorphologische untersuchumgen an ungeschadigten und geschadigten Fichten im Nordschwarzwald (Freundenstadt) // Kemoforschungszentrum Karlsruhe. 1991. KfK-PEF. Bd 1, N 80. S. 93—107. Санкт-Петербургская государственная Поступило 18 VII 1998 лесотехническая академия им. С. М. Кирова PHENOLIC COMPOUNDS OF THE PICEA A. DIETR. SPECIES S. N. Vasiliev, V. I. Roschin, N. A. Artemkina S U M M A R Y The nessesity of complex approach in utilisation of forest resourses made more actual progress of forest-biochemical direction with the aim to utilisate biological active compounds of foliage and bark, primarly of coniferous species. An efficient utilisation of these large-capacity of forest resourse must based on detailed study of chemical composition of parts of woody tissues, analysing the properties of physicochemical and phisiological activity of individual compounds. Review of literature data on contents of phenolic compounds in Picea species is given. These compounds becomes dominant quantitatively as well as qualitatively in comparison with the extractive compounds of coniferous plants and may be considered not only as chemotaxonomical characteristics of Picea species but also as a potential plant material in chemical processing. 31