background: sulfur mustard (sm) as a chemical warfare agent, increases permeability of bronchial vessels and damages airway epithelium. sm exposure causes debilitating respiratory complications. this study was designed to evaluate clinical respiratory manifestations, and to compare chest x ray (cxr) and high resolution computed tomography (hrct) scan of chest in sm exposed patients with respira...

dr.mirsadraei and colleagues performed an interesting study about the lung hrct findings in chemical warfare patients who suffering from long-term pulmonary complications. they found that air trapping and mosaic attenuation were the most common lung hrct findings. also they divided patients in different clinical entities according to the lung hrct findings (bronchiolitis oblitrans, pulmonary fi...

in the present work we studied the incidence of fetal deaths among conceptions whose fathers or both parents were survivors of chemical warfare attacks by iraq. we showed that there was significant correlation between frequency of fetal deaths among conceptions which eventuated after exposure of the parents to gas bombs compared to the frequency of fetal deaths among the control group. this wor...

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This article reviews the evidence supporting the efficacy of antidotes used or recommended for the potential chemical warfare agents of most concern. Chemical warfare agents considered include cyanide, vesicants, pulmonary irritants such as chlorine and phosgene, and nerve agents. The strength of evidence for most antidotes is weak, highlighting the need for additional research in this area.

Multifunctional ultra-high vacuum apparatus for studies of the interactions of chemical warfare agents on complex surfaces Report Title A fundamental understanding of the surface chemistry of chemical warfare agents is needed to fully predict the interaction of these toxic molecules with militarily relevant materials, catalysts, and environmental surfaces. For example, rules for predicting the ...