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Photosynthetic Apparatus Of Cotton Leaf: Activity Under Harmful Factors And Inductors

Veselovsky V.A., Veselova T.V. (1990) Luminescence of plants. – Moscow. Nauka. – p. 176. 2. Kimsanbaev Kh.Kh., Zakhidov FM, Kadyrov A. (1997) Whiteflies and their entomophages. Tashkent: Ministry of Agriculture and Water Resources. – p. 43. 3. Korne
Candidate Of Biological Sciences, Associate Professor, Department Of Fundamentals Of Physiology And Valeology Namangan State University, Uzbekistan
Azamat Moydinjanovich Ismatov
Doctor Of Philosophy In Biological Sciences, Department Of Ecology, Namangan State University, Uzbekistan
DOI Crossref DOI 10.37547/tajiir/Volume02Issue08-07
tajiir 2020
VOL. 2 / NO. 08 AUGUST
FULL TEXT PP. 45-54
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VOLUME 2
ISSUE 08
YEAR 2020
PAGES 45-54
RESEARCH OVERVIEW

Abstract

The article deals with the effect of a typical representative of sucking pests on the photosynthetic
apparatus of the plant - the mite, and the effectiveness of measuring photosynthetic activity using a
highly sensitive fluorescent method. Alternatively, photosynthetic apparatus activity was measured
using the fluorescent method, and it was used to assess the degree of pest infestation of the plant,
especially mites, and to determine the plant’s resistance after red light treatment. When damaged by
mites, the long-wave native forms of cotton chlorophyll are disrupted and the electron-transport
chain of the photosynthetic apparatus is blocked. As a result of QN treatment of seeds, the
distribution of algae in plants decreases, while the activity of photosynthetic apparatus, on the
contrary, increases. This means that phyto-chrome photo conversion has a specific effect on the
photosynthetic apparatus.

RESEARCH TOPICS

Keywords

Photosynthesis, fluorescent method,

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References

  1. Veselovsky V.A., Veselova T.V. (1990)
  2. Luminescence of plants. – Moscow.
  3. Nauka. – p. 176.
  4. Kimsanbaev Kh.Kh., Zakhidov FM,
  5. Kadyrov A. (1997) Whiteflies and their
  6. entomophages. Tashkent: Ministry of
  7. Agriculture and Water Resources. – p. 43.
  8. Korneev D.Y. (2002) Informational
  9. possibilities of the method of chlorophyll
  10. fluorescence induction. – Kiev.
  11. Alterpress. – p. 188.
  12. Kreslavsky V. D. (2010) Regulation of
  13. stress resistance of the photosynthetic
  14. apparatus by inductors of various nature:
  15. Author's abstract. dis. Doctor of
  16. Biological Sciences. – Pushchino. IPPB
  17. RAS. – p. 40.
  18. Levin I.M., Klochkova M.P.,
  19. Radomyslskaya T.M. (1988) Accounting
  20. for luminescence in optical experiments
  21. on plant leaves // Optics and
  22. Spectroscopy. – Moscow. No. 2. – pp.
  23. -272.
  24. Lukin Yu.A., Agishev V.S., Bernikov A.D.,
  25. Mergelyan O.S. (1989) Investigation of
  26. the spectral-kinetic characteristics of
  27. laser-induced plant fluorescence //
  28. Atmospheric Optics. – Moscow. Vol. 2,
  29. No. 5. - pp. 123-134