Home
  >  
Section 7
  >  
Chapter 6,999

Allozyme polymorphism of got gdh and sod loci in scotch pine under conditions of technogenously polluted environment

Korshikov, I.I.; Dukharev, V.A.; Kotova, A.A.; Ryabokon' S.M.; Mikheenko, I.P.

Tsitologiya i Genetika 25(6): 60-64

1991

Accession: 006998458
Download citation:  
Text
  |  
BibTeX
  |  
RIS
A high level of genetic variability in subpopulations of Scotch pine (Pinus sylvestris L.) in loci coding the synthesis GOT [glutamic oxaloautic tramaminase], GDH [glutamatc dehydrogmase] and SOD [superoxide dismutase] of megagametophytes has been found under the extreme conditions of technogenously polluted environment. Reliable differences are observed in the levels of disturbances in segregation of allelic GOT and GDH variants of megagametophytes of the pine seeds depending on the level of aerotechnogenous stress.

PDF emailed within 1 workday: $29.90




Related References

Korshikov Vvan, I. 1997: Population-and-genetic investigations of Pinus sylvestris L under the conditions of technogenously polluted environment American Journal of Botany 84(6 Suppl): 117
Isakov, Y.N.; Semerikov, V.L. 1997: Relationship of genotype for some allozyme loci and ability for self-pollination in Scotch pine Genetika 33(2): 274-276
Korshikov, I.I.; Ducci, F.; Terliga, N.S.; Bychkov, S.A.; Gorlova, E.M. 2004: Allozyme variation of Pinus pallasiana D. Don in Natural Crimean populations and in plantations in technogenously-polluted areas of the Ukraine steppes Annals of Forest Science 61(5): 389-396
Pravdin, L.F.; Altukhov, Y.P.; Dukharev, V.A.; Zhivotovskii, L.A.; Polozova, L.Y. 1982: Polymorphism of the scotch pine pinus sylvestris for linked esterase loci Doklady Biological Sciences 262(1-6): 53-56
Korshikov, I.I.; Lapteva, H.V.; Belonozhko, Y.A. 2015: Quality of pollen and cytogenetic changes of scotch pine as indicators of the impact of the technogenically polluted environment of Krivoy Rog Contemporary Problems of Ecology 8(2): 250-255
Korshikov, I.I.; Demkovich, A.E. 2011: Genetic polymorphism for GOT and GDH loci of Scotch pine seed embryos in the area of nitrogen emissions from the chemical enterprise Tsitologiia i Genetika 45(6): 28-33
Coimbra, Joao Carlos; Pinto, Iraja Damiani; Wurdig, Norma Luiza; Do Carmo, Dermeval Aparecido 2011: Genetic polymorphism in the GOT and GDH loci of the scotch pine seed progeny in the area of action of nitrogen-containing emissions from the chemical complex Cytology and Genetics 45(6): 347-351
Gullberg, U.; Yazdani, R.; Rudin, D.; Ryman, N. 1985: Allozyme variation in scotch pine pinus sylvestris in sweden Silvae Genetica 34(6): 193-201
Krynytsky, G.T.; Zaika, V.K. 2003: Photosynthesis of Scotch pine (Pinus sylvestris L.) on radiation polluted territories Prace Instytutu Badawczego Lesnictwa, Seria A (956/959): 23-36
Crossley, A.; Fowler, D. 1986: The weathering of scotch pine pinus sylvestris epicuticular wax in polluted and clean air New Phytologist 103(1): 207-218
Nielsen, D.G.; Dunlap, M.J. 1991: Pine scotch pinus sylvestris l european pine sawfly neodiprion sertifer geoffroy scotch pine evaluation of selected insecticides against european pine sawfly wayne county ohio usa 1989 Insecticide and Acaricide Tests: 275
Nielsen, D.G.; Dunlap, M.J. 1991: Pine scotch pinus sylvestris l northern pine weevil pissodes approximatus hopkins scotch pine control of northern pine weevil carrol county ohio usa 1989 Insecticide and Acaricide Tests: 276
Semerikov, V.L.; Podogas, A.V.; Shurkhal, A.V. 1993: Variability of allozyme loci in populations of common pine Russian Journal of Ecology 24(1): 14-20
Staaf, H.; Berg, B. 1982: Accumulation and release of plant nutrients in decomposing scotch pine needle litter long term decomposition in a scotch pine forest 2 Canadian Journal of Botany 60(8): 1561-1568
Heller, P.R.; Kellogg, S. 1991: Pine scotch pinus sylvestris l pine needle scale chionaspis pinifoliae fitch spring control of pine needle scale on scotch pine with formulations of insecticidal soaps horticultural oil and conventional formulations in westmoreland county pennsylvania usa 1990 Insecticide and Acaricide Tests : 274-275
Tikhonova, I.V.; Tarakanov, V.V.; Knorre, A.A.; Tikhonova, N.A. 2015: Heritability of climate response of Scotch pine clones under conditions of the Sredneobskiy pine forest Russian Journal of Ecology 46(6): 503-510
Na' iem, M.; Tsumura, Y.; Uchida, K.; Nakamura, T.; Ohba, K. 1993: Linkage of allozyme loci in Japanese red pine (Pinus densiflora) Canadian Journal of Forest Research 23(4): 680-687
Adams, W.T.; Joly, R.J. 1980: Linkage relationships among twelve allozyme loci in loblolly pine Journal of Heredity 71(3): 199-202
Semerikov, V.L.; Podogas, A.V.; Shurkhal, A.V. 1993: Structure of the variability of allozyme loci in Scots pine populations Ekologiya (Moscow) 1993(1): 18-25
Cape, J.N. 1983: Contact angles of water droplets on needles of scotch pine pinus sylvestris growing in polluted atmospheres New Phytologist 93(2): 293-300