Adaptation of Microalgae to Environmental Factors

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Published: Apr 2, 2023
Keywords:
microalgae species strain algoflora

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Berdikulov H.A.
"Botany" Institute of the Academy of Sciences of the Republic of Uzbekistan Tashkent. Namangaan State University
Urmich E.M..
"Botany" Institute of the Academy of Sciences of the Republic of Uzbekistan Tashkent. Namangaan State University
Kozirahimova N.K.
"Botany" Institute of the Academy of Sciences of the Republic of Uzbekistan Tashkent. Namangaan State University.
Makhkamova L.N.
"Botany" Institute of the Academy of Sciences of the Republic of Uzbekistan Tashkent. Namangaan State University.
Khamidjonova M.Kh.
"Botany" Institute of the Academy of Sciences of the Republic of Uzbekistan Tashkent. Namangaan State University.

Abstract

The algal flora of the treatment plant in Namangan city was studied. The study of the floristic composition of the bioponds of the treatment plant showed that species from the genus Chlamydomonas Ehr are dominant. The dominant species and strains of microalgae have been identified and the photosynthetic productivity of representatives of green, blue-green and euglena algae under intensive controlled conditions has been comparatively studied, and the ways of adaptation of individual species and strains to high light and temperature have been clarified

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Berdikulov H.A., Urmich E.M., Kozirahimova N.K., Makhkamova L.N., & Khamidjonova M.Kh. (2023). Adaptation of Microalgae to Environmental Factors. The Peerian Journal, 17, 1–4. Retrieved from https://peerianjournal.com/index.php/tpj/article/view/521
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Vol. 17 (2023): TPJ
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Articles
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References

Muzafarov A.M., Taubaev T.T. Cultivation and application of microalgae. -Tashkent, 1984.-136s.

Sirenko L.A. Symposium on topical issues of modern algology// Algology. 2001. T. 11-No. 4.-S.519-522.

Srivastava S., Narilla A. Plant biotechnology and molecular Markers.-2004.-240 p.

Tazhiev Sh. Development of microalgae in biological wastewater treatment //cultivation and application of microalgae in the national economy Tashkent. FAN. 1977. S. 104-105.

Ilamiddinov A.H. Aliyeva R.M. Microbiology and biotechnology of wastewater treatment. Alma ata. Science 1990. 224 p.

Palmar-Morvinseva G.M. Stupina B.M. Kravets V.V. The use of algae in biological wastewater treatment of artificial fiber enterprises and the theory and practice of biological self-purification of polluted waters. P. science 1972 50-92 p.

Kindle Kaken L. High - frequency nuclear transformation of ch reinhardtii. //Proc.Nat.Aacad.Sci. USA-1990-87 no 3-C 228-232

Waessner J.P. Goodenough. U.W. Chloudomonas HR Gps: Structure, assembly and disassembly // 15 th Inf Bot. Congr, Yokogama Aug 28 sept. 3. 1983 Abst- Yokogama, 1993-c. 196

Mosyuk N.P. Demchenko E.N. A new type of cell division in chlamydomonas algae (Clamydomonadacae, Chlorohyta) Algology - 2001-11 No. 3 s 298-310