Inhalation Toxicology

Ascorbic Acid Is Decreased in Induced Sputum of Mild Asthmatics
pp. 101-109(9)

Development of a High-Volume Concentrated Ambient Particles System (CAPS) for Human and Animal Inhalation Toxicological Studies
pp. 111-129(19)
Authors: Demokritou, Philip; Gupta, Tarun; Ferguson, Stephen; Koutrakis, Petros

Effects of Inhaled Ambient Particulate Matter on Pulmonary Antimicrobial Immune Defense
pp. 131-150(20)
Authors: Zelikoff, Judith T.; Chen, Lung Chi; Cohen, Mitchell D.; Fang, Kaijie; Gordon, Terry; Li, Yun; Nadziejko, Christine; Schlesinger, Richard B.

Effect of Inhaled Ultrafine Carbon Particles on the Allergic Airway Response in Ragweed-Sensitized Dogs
pp. 151-165(15)
Authors: Barrett, Edward G.; Rudolph, Karin; Bowen, Larry E.; Muggenburg, Bruce A.; Bice, David E.

A Comparison of Mathematical Methods for the Determination of In Vitro Dissolution Constants for Glass Fibers
pp. 167-179(13)
Authors: Foy, Jeffrey W.- D.; Collier, Clare; Swauger, James E.

Oxidative Damage of Sulfur Dioxide on Various Organs of Mice: Sulfur Dioxide Is a Systemic Oxidative Damage Agent
pp. 181-195(15)
Author: Meng, Ziqiang