Considerations for Toxicology Studies of Respiratory Drug Products
The standard approaches for the preclinical development of chronically administered drugs also apply to most respiratory drugs. Modifications from the standard preclinical development plan, however, may be necessary if the drug is administered intranasally or by inhalation. Administration by these r...
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Veröffentlicht in: | Regulatory toxicology and pharmacology 1997-04, Vol.25 (2), p.189-193 |
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creator | Degeorge, Joseph J Ahn, Chang Ho Andrews, Paul A Brower, Margaret E Choi, Young S Chun, Misoon Y Du, Tao Lee-Ham, Doo Young McGuinn, W.David Pei, Luqi Sancilio, Lawrence F Schmidt, Wendelyn Sheevers, Hilary V Sun, C.Joseph Tripathi, Satish Vogel, W.Mark Whitehurst, Virgil Williams, Shannon Taylor, Alan S |
description | The standard approaches for the preclinical development of chronically administered drugs also apply to most respiratory drugs. Modifications from the standard preclinical development plan, however, may be necessary if the drug is administered intranasally or by inhalation. Administration by these routes may result in airway toxicity and the intended patient population is often particularly susceptible. Current and former representatives of the Division of Pulmonary Drug Products (CDER, U.S. FDA) present this article to describe general principles of preclinical development for respiratory drug indications. The article addresses drugs intended for administration by the intranasal or inhalation routes. The article describes the types of studies recommended, considers the initial human dose, and discusses dose-escalation strategies in clinical trials. Other areas of special concern with intranasal or inhalation administration include immunotoxicity, reproductive toxicity, types of dosing apparatus, excipients and extractables, and formulation changes. The approaches described in this article are intended as general information and should be adapted to the scientific considerations and circumstances of a particular drug under development. |
doi_str_mv | 10.1006/rtph.1997.1099 |
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Modifications from the standard preclinical development plan, however, may be necessary if the drug is administered intranasally or by inhalation. Administration by these routes may result in airway toxicity and the intended patient population is often particularly susceptible. Current and former representatives of the Division of Pulmonary Drug Products (CDER, U.S. FDA) present this article to describe general principles of preclinical development for respiratory drug indications. The article addresses drugs intended for administration by the intranasal or inhalation routes. The article describes the types of studies recommended, considers the initial human dose, and discusses dose-escalation strategies in clinical trials. Other areas of special concern with intranasal or inhalation administration include immunotoxicity, reproductive toxicity, types of dosing apparatus, excipients and extractables, and formulation changes. 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Modifications from the standard preclinical development plan, however, may be necessary if the drug is administered intranasally or by inhalation. Administration by these routes may result in airway toxicity and the intended patient population is often particularly susceptible. Current and former representatives of the Division of Pulmonary Drug Products (CDER, U.S. FDA) present this article to describe general principles of preclinical development for respiratory drug indications. The article addresses drugs intended for administration by the intranasal or inhalation routes. The article describes the types of studies recommended, considers the initial human dose, and discusses dose-escalation strategies in clinical trials. Other areas of special concern with intranasal or inhalation administration include immunotoxicity, reproductive toxicity, types of dosing apparatus, excipients and extractables, and formulation changes. 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subjects | Biological and medical sciences Drug toxicity and drugs side effects treatment Humans Medical sciences Miscellaneous (drug allergy, mutagens, teratogens...) Pharmacology. Drug treatments Research Design Respiratory System Agents - toxicity |
title | Considerations for Toxicology Studies of Respiratory Drug Products |
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