Научные статьи \ Математика. Естественные науки \ Биологические науки в целом \ Общая экология. Биоценология. Гидробиология. Биогеография

Влияние наночастиц серебра на биологические объекты

Влияние наночастиц серебра на биологические объекты

Автор: Полонский В.И., Асанова А.А.

Журнал: Вестник Красноярского государственного аграрного университета @vestnik-kgau

Рубрика: Биологические науки

Статья в выпуске: 6, 2018 года.

Бесплатный доступ

Сегодня в мире мощное развитие получили нано- технологии, объемы промышленного производства наноматериалов увеличиваются с каждым днем, дости- гая в настоящий момент в развитых странах несколь- ких тысяч тонн в год. В результате такой деятельно- сти человека в окружающей среде появились неестест- венные, очень мелкие частицы техногенного происхож- дения. Наночастицы, создавая беспрецедентный класс промышленных загрязнений окружающей среды, непо- средственно воздействуют практически на все виды организмов. Поэтому риски, вызванные техногенными наноматериалами, как для человека, так и для окру- жающей среды должны быть оценены. Цель работы - анализ мировой литературы по влиянию широко рас- пространенных наночастиц - серебра - на представи- телей разных уровней биологической организации, на- селяющих различные среды обитания. Показано, что проблема безопасности техногенных наночастиц ис- следуется мировым научным сообществом в основном методами биотестирования. При изучении влияния наночастиц на различные биологические объекты в литературе описаны неоднозначные результаты...

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Наночастицы серебра, биотестирование, микромицеты, водоросли, рачки, культуры клеток, растения, размеры и форма наночастиц

Короткий адрес: https://sciup.org/140238165

IDR: 140238165   |   УДК: 574.24

The influence of silver nanoparticles on biological objects

At present nanotechnologies have gained powerful devel- opment in the world, the volume of industrial production ofnanomaterials is increasing every day, reaching several thou- sand tons per year in developed countries. Unnatural very small engineered particles are released into the environment as a result of such human activities. Nanoparticles causing an unprecedented type of industrial pollution directly affect all living organisms. Therefore, the risks caused by engineered nanomaterials both to humans and environment have to be evaluated. The purpose of the review is analyzing the world literature about the effects of one of the most widespread silver nanoparticles on living organisms of different levels of biological organization and habitats. It is shown that safety issues with engineered nanoparticles are studied using biotesting methods by the world scientific community. When studying the effect of nanoparticles on various biological ob- jects, the literature describes ambiguous results...

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