2012, № 4 (140)

1. Theological VA Zhigalin AD, Chmielewski, VK Environmental geophysics. Moscow: Moscow University Press, 2000. 256 p.

2. Getko NV Plants in the man-made environment. Minsk.: Science and Technology, 1989. 205 p.

3. Yezhov, T., Soldatov, OP, Ondar U.N., Mamonova LB, Radyukina NL, Sof'in AV, Romanov VI, Shestakov SV Tolerant to norflurazon dwarf mutants of Arabidopsis thaliana (L.) as objects of study of resistance to oxidative stress / / Plant Physiology. In 1997. T. 44, № 5. S. 665 — 670.

4. Ivanova, TS Ecology — Biochemical characterization of the genus Juglans L. With various adaptation options: Dis. PhD: 06/03/06. Kaliningrad, 2006. 21 s.

5. Maldonado, C., E. Palic Stability and autoregulatory properties of the cytoplasmic oxidation — reduction of GSH / GSSG in wheat plants when exposed to moderate water stress / / Plant Physiology. In 1991. T. 38, № 4. S. 730 — 735.

6. PV Maslennikov, Chupakhina GN Environmental aspects of anthocyanin induction in juvenile leaves. Kaliningrad. In 2004. S. 15.

7. Muravyev, VN Bubenchikova, V. Belikov. Spectrophotometric determination of the amount of anthocyanins in the flowers of cornflower blue / / Pharmacology. In 1984. V. 36, № 5. Pp. 28 — 29.

8. Strzhalka K. Kostecki, Guga, A., D. Carotenoids Latovski plants and the effects of environmental stress: role of modulation of the physical properties of membrane carotenoids / / Fiziol. rast. In 2003. 50, № 2. S. 188 — 193.

9. Chupakhina GN Physiological and biochemical methods for analysis of plants: Workshop / Kaliningrad Univ. Kaliningrad, 2000. 35 s.

10. Chupakhina GN, PV Maslennikov Methods for analysis of vitamins: Workshop / Kaliningrad Univ. Kaliningrad, 2004. 35 s.

11. Concetta de Pinto Maria, Tommasi Franca, De Gara Laura. Changes in the antioxidant systems as part of the signaling pathway responsible for the programmed cell death activated by nitric oxide and reactive oxygen species in tobacco bright-yellow 2 cells / / Plant Physiology. In 2002. 130, № 2. P. 698 — 708.

12. Matysiak R. Content of carotinoids in needles of Pinus sylvestris L. growing in a polluted area / / Dendrobiology. In 2001. 46. P. 39 — 42.

13. Ngo T., Ringel Ch., Beer V., Wienhaus O. Vergleich der Nadelinhaltsstiffe Ascorbat, Chlorophyll und Starke in Fichten auf unterschiedlich belasten Standorten / / Forstwiss. In 2001. 120, № 4. S. 205 — 219.

14. Noormets Asko, Podila G. Krishna, Karnosky David F. / / Forest Genet. In 2000. 7, № 4. P. 335 — 338.

15. Smirnoff N. The function and metabolism of ascorbic acid in plants / / Annals of Botany. In 1996. 78, № 6. P. 661 — 669.

16. Tracewell Cara A., Vressos John S., Bautista Jams A., Frank Harry., Bradvig Gary W. Carotinoid photooxidation in photosystem II / / Arch. biochem. and biophys. In 2001. 385, № 1. P. 61 — 69.

17. Velikova V., Yordanov I., Edreva A. Oxidative stress and some antioxidant systems in acid rain-treated bean plants protective role of exogenous polyamines / / Plant Sci. In 2000. 151, № 1. Pp. 59 — 66.

18. Wheeler Glen L., Mark A. Jones, Smirnoff Nicholas. The biosynthetic pathway of vitamin C in higher plants / / Nature. In 1998. Vol. 393. P. 365 — 369.

About this article