Animal Response to the Hydroxyethylated Alkyl- and Isononylphenols Influence as an Allostatic Response to Toxic Load

The article studies the effect of neonols АФ 9-12 and АФС 9-6 КМ on animal response to the toxic load in experiments in Wistar albino rats. The explicit effect toxic agents on catecholamines dynamics and their precursors, as well as significant decrease in blood cell composition have been detected....

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Main Authors:	Svetlana A. Nakonechnaya, Vyacheslav N. Zovsky, Aleksandr V. Naglov
Format:	Article
Language:	Russian
Published:	Academic Publishing House Researcher 2012-12-01
Series:	Evropejskij Issledovatelʹ
Subjects:	allostasis heterostasis toxic load xenobiotics Wistar rats.
Online Access:	http://www.erjournal.ru/pdf.html?n=1357194803.pdf

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spelling	doaj-dd3bc736237543e3a1a5fd2e7dffae152020-11-24T23:40:22ZrusAcademic Publishing House ResearcherEvropejskij Issledovatelʹ2219-82292224-01362012-12-013612-120792083Animal Response to the Hydroxyethylated Alkyl- and Isononylphenols Influence as an Allostatic Response to Toxic LoadSvetlana A. NakonechnayaVyacheslav N. ZovskyAleksandr V. NaglovThe article studies the effect of neonols АФ 9-12 and АФС 9-6 КМ on animal response to the toxic load in experiments in Wistar albino rats. The explicit effect toxic agents on catecholamines dynamics and their precursors, as well as significant decrease in blood cell composition have been detected. Leukocytes are most susceptible to both grades of xenobiotics. Long-term introduced toxic doses 1/10 and 1/100 DL50k, elicit allostatic response including body functional state stabilization, starting from the 30s day.http://www.erjournal.ru/pdf.html?n=1357194803.pdfallostasisheterostasistoxic loadxenobioticsWistar rats.
collection	DOAJ
language	Russian
format	Article
sources	DOAJ
author	Svetlana A. Nakonechnaya Vyacheslav N. Zovsky Aleksandr V. Naglov
spellingShingle	Svetlana A. Nakonechnaya Vyacheslav N. Zovsky Aleksandr V. Naglov Animal Response to the Hydroxyethylated Alkyl- and Isononylphenols Influence as an Allostatic Response to Toxic Load Evropejskij Issledovatelʹ allostasis heterostasis toxic load xenobiotics Wistar rats.
author_facet	Svetlana A. Nakonechnaya Vyacheslav N. Zovsky Aleksandr V. Naglov
author_sort	Svetlana A. Nakonechnaya
title	Animal Response to the Hydroxyethylated Alkyl- and Isononylphenols Influence as an Allostatic Response to Toxic Load
title_short	Animal Response to the Hydroxyethylated Alkyl- and Isononylphenols Influence as an Allostatic Response to Toxic Load
title_full	Animal Response to the Hydroxyethylated Alkyl- and Isononylphenols Influence as an Allostatic Response to Toxic Load
title_fullStr	Animal Response to the Hydroxyethylated Alkyl- and Isononylphenols Influence as an Allostatic Response to Toxic Load
title_full_unstemmed	Animal Response to the Hydroxyethylated Alkyl- and Isononylphenols Influence as an Allostatic Response to Toxic Load
title_sort	animal response to the hydroxyethylated alkyl- and isononylphenols influence as an allostatic response to toxic load
publisher	Academic Publishing House Researcher
series	Evropejskij Issledovatelʹ
issn	2219-8229 2224-0136
publishDate	2012-12-01
description	The article studies the effect of neonols АФ 9-12 and АФС 9-6 КМ on animal response to the toxic load in experiments in Wistar albino rats. The explicit effect toxic agents on catecholamines dynamics and their precursors, as well as significant decrease in blood cell composition have been detected. Leukocytes are most susceptible to both grades of xenobiotics. Long-term introduced toxic doses 1/10 and 1/100 DL50k, elicit allostatic response including body functional state stabilization, starting from the 30s day.
topic	allostasis heterostasis toxic load xenobiotics Wistar rats.
url	http://www.erjournal.ru/pdf.html?n=1357194803.pdf
work_keys_str_mv	AT svetlanaanakonechnaya animalresponsetothehydroxyethylatedalkylandisononylphenolsinfluenceasanallostaticresponsetotoxicload AT vyacheslavnzovsky animalresponsetothehydroxyethylatedalkylandisononylphenolsinfluenceasanallostaticresponsetotoxicload AT aleksandrvnaglov animalresponsetothehydroxyethylatedalkylandisononylphenolsinfluenceasanallostaticresponsetotoxicload
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Animal Response to the Hydroxyethylated Alkyl- and Isononylphenols Influence as an Allostatic Response to Toxic Load

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