MIKROELEMENTLAR TA’SIRIDA POLIETILENNI MIKROORGANIZMLAR YORDAMIDA BIOPARCHALANISHINI FAOLLIGINI ANIQLASH

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Nashr: Jild 4 Nomeri 6 (Special Issue) : Yevrosiyo tibbiyot va tabiiy fanlar jurnali
Bo'lim: Статьи
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Toshkent Farmatsevtika Instituti,Toshkent shahri, o’zbekiston Respublikasi
marszuvaydullayev@gmail.com
Toshkent Farmatsevtika Instituti,Toshkent shahri, o’zbekiston Respublikasi
marszuvaydullayev@gmail.com

Abstrak:

Dunyo boʼylab har yili  uch yuz sakson million tonna (380 Mt) plastmassa ishlab chiqariladi. Bu neftning taxminan 7% ga toʼgʼri keladi. 2050 yilga kelib qarib toʼrt barobar (yiliga ~1100 dan 1500 Mt gacha) oshishi mumkin (Gaetke L.M. va Chow C.K. 2003). Afsuski bu chiqindini har yili atiga 15% qayta ishlanadi qarib 85% tabiatda yig’ilib dengizda sun’iy orollar hosil qilmoqda. Quruqlik qismida esa tuproqni zararlamoqda.

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Zuvaydullayev, B., & Zaynutddinova , G. (2024). MIKROELEMENTLAR TA’SIRIDA POLIETILENNI MIKROORGANIZMLAR YORDAMIDA BIOPARCHALANISHINI FAOLLIGINI ANIQLASH. Yevrosiyo Tibbiyot Va Tabiiy Fanlar Jurnali, 4(6 (Special Issue), 353–354. Retrieved from https://in-academy.uz/index.php/EJMNS/article/view/35125

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Gaetke L.M. va Chow C.K. 2003

Joshi P . A., Jaysawal S. R. Isolation and characterization of poly-β hydroxyalkanoate producing bacteria from sewage sample// J. of Cell and Tissue Research. (2010).10. Р.2165- 2168

Chee J. Y., Yoga S. S., Lau N. S., Ling S. C., Abed R. M. M., Sudesh K. L. Bacterially Produced Polyhydroxyalkanoate (PHA): Converting Renewable Resources into Bioplastics Appl Microbiol & Microbiol Biotech, a Mendez Vilas (Ed)// Current research, technology and education topics in Applied Microbiology and Microbial Biotechnology. (2010). 2. Р.1395- 1404.