Literature DB >> 20601630

Exposing animals to oxidant gases: nose only vs. whole body.

Yung Sung Cheng1, Larry Bowen, Roy J Rando, Edward M Postlethwait, Giuseppe L Squadrito, Sadis Matalon.   

Abstract

Inhalation experiments using laboratory animals are performed under controlled conditions to assess the toxicity of and to investigate interventional strategies to ameliorate injury resulting from oxidant gas exposures. A variety of dynamic inhalation exposure systems that use whole-body or nose-only exposure chambers have been developed for rodents. In a whole-body exposure chamber, the animals are immersed in the test atmosphere, whereas in nose-only or head-only exposure systems, exposures are localized primarily to the head and/or nasal regions. There are advantages and disadvantages with both types of exposure approaches. Considerations such as animal number, exposure duration, end points of study, and availability of test material should influence the selection of a particular exposure system.

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Year:  2010        PMID: 20601630      PMCID: PMC3136962          DOI: 10.1513/pats.201001-001SM

Source DB:  PubMed          Journal:  Proc Am Thorac Soc        ISSN: 1546-3222


  11 in total

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Authors:  Brian A Wong
Journal:  Toxicol Pathol       Date:  2007-01       Impact factor: 1.902

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Authors:  N F Johnson; J A Hotchkiss; J R Harkema; R F Henderson
Journal:  Toxicol Appl Pharmacol       Date:  1990-03-15       Impact factor: 4.219

3.  The flow-past chamber: an improved nose-only exposure system for rodents.

Authors:  W C Cannon; E F Blanton; K E McDonald
Journal:  Am Ind Hyg Assoc J       Date:  1983-12

4.  Chlorine-induced injury to the airways in mice.

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5.  Mitigation of chlorine-induced lung injury by low-molecular-weight antioxidants.

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6.  Acute lung injury induced by chlorine inhalation in C57BL/6 and FVB/N mice.

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7.  Protective effects of salicylic acid and vitamin C on sulfur dioxide-induced lipid peroxidation in mice.

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8.  Uptake and excretion of [14C]methyl bromide as influenced by exposure concentration.

Authors:  M A Medinsky; J S Dutcher; J A Bond; R F Henderson; J L Mauderly; M B Snipes; J A Mewhinney; Y S Cheng; L S Birnbaum
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9.  Acute respiratory responses of the mouse to chlorine.

Authors:  J B Morris; W S Wilkie; D J Shusterman
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10.  Inhalation toxicity of brevetoxin 3 in rats exposed for twenty-two days.

Authors:  Janet M Benson; Fletcher F Hahn; Thomas H March; Jacob D McDonald; Andrea P Gomez; Mohan J Sopori; Andrea J Bourdelais; Jerome Naar; Julia Zaias; Gregory D Bossart; Daniel G Baden
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  9 in total

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2.  The Effect of Waterpipe Tobacco Smoke Exposure on Learning and Memory Functions in the Rat Model.

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Review 3.  Mechanisms and modification of chlorine-induced lung injury in animals.

Authors:  Amit K Yadav; Andreas Bracher; Stephen F Doran; Martin Leustik; Giuseppe L Squadrito; Edward M Postlethwait; Sadis Matalon
Journal:  Proc Am Thorac Soc       Date:  2010-07

4.  Nitrite therapy improves survival postexposure to chlorine gas.

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Review 5.  Halogen-Induced Chemical Injury to the Mammalian Cardiopulmonary Systems.

Authors:  Dylan R Addis; Saurabh Aggarwal; Ahmed Lazrak; Tamas Jilling; Sadis Matalon
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6.  Acute chlorine gas exposure produces transient inflammation and a progressive alteration in surfactant composition with accompanying mechanical dysfunction.

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7.  Acute exposure to waterpipe tobacco smoke induces changes in the oxidative and inflammatory markers in mouse lung.

Authors:  Omar F Khabour; Karem H Alzoubi; Mohammed Bani-Ahmad; Arwa Dodin; Thomas Eissenberg; Alan Shihadeh
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8.  Postexposure aerosolized heparin reduces lung injury in chlorine-exposed mice.

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Review 9.  Hyaluronan and halogen-induced airway hyperresponsiveness and lung injury.

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  9 in total

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