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Titlebook: Methods in Clinical Pharmacology—Respiratory System; J. B. L. Howell,A. E. Tattersfield Textbook 1981Latest edition Macmillan Publishers L

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D. W. Empeya no-man’s land of transport-economy interactions that has seen relatively little maturation in terms of modelling. The aim of this paper is to focus on suitable models for estimating the spatial and economic effects — economy-wide, regional or national, but preferably multisector — caused by transp
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Assessment of the Nasal Passages,in the respiratory tract, the nose may be a useful model for the preliminary assessment of drugs which act within the respiratory tract such as anti-allergic agents, corticosteroids and even mucolytic drugs. It does not of course have bronchial smooth muscle, and its innervation differs from that of the bronchial tree.
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Lung Volumes,surface forces and the distribution of gas and blood within the lung. Quite apart from the intrinsic importance of changes in lung volume or its subdivisions it is now necessary to know lung volume in order to correctly interpret data about lung compliance, airway resistance, flow rates, gas transfer and even arterial oxygen tension.
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,Assessing Change in Airway Calibre—Measurement of Airway Resistance, in most situations there is general concordance. Each test is appropriate to different situations and the purpose of this article is to outline the main physiological factors underlying measurements of airway resistance and discuss the situations where these measurements may be more appropriate than measurements of maximum flow.
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Methods in the Assessment of the Control of Breathing,ntribution and interaction of the two receptor sites is disputed, the main difficulty being that the actual chemoreceptor cells in the brainstem are as yet unidentified, so that their precise chemical ., let alone their control, is hard to define.
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