Dermatotoxicology Methods: The Laboratory Worker's Ready ReferenceFrancis N. Marzulli CRC Press, 2019 M05 7 - 390 pages This work presents and evaluates methods employed to identify the potential of certain types of chemicals to adversely affect the skin. A variety of test methods are included such as tests for skin penetration, metabolism, irritation, the skin immune system, photo effects, skin cancer, and topical effects of retinoids and depigmenting chemicals. Tests for chemicals that affect the reproductive and nervous system are also included. Both animal and human tests that have been standardised and tests that are under development and employ animal alternatives are addressed in this book. Besides different testing methods, a rationale for accepting non-animal models and a review of some regulatory agency discussions about animal alternative tests are included. |
Contents
StructureActivity Relationships in Percutaneous Absorption | 1 |
Traditional Assessment of Skin Penetration | 2 |
Limitations of QSAR | 4 |
Methods for In Vitro Percutaneous Absorption | 7 |
In Vivo and In Vitro Correlations | 12 |
References | 13 |
Percutaneous Absorption in Humans | 15 |
Integrated Dematopharmacokinetics in Man Hydroquinone | 17 |
Skin Model Systems for Examining Cytokines | 193 |
Summary | 200 |
Characterization of Epidermal Langerhans Cells | 207 |
Cytokine Products of Epidermal Langerhans Cells | 208 |
Practical Applications of Langerhans Cell Characterization | 209 |
Methods | 210 |
References | 213 |
Measuring and Quantifying Ultraviolet Radiation Exposures | 217 |
Discussion | 27 |
Percutaneous Absorption of Hazardous Substances from Soil and Water | 29 |
Discussion | 38 |
Acknowledgment | 39 |
Isolated Perfused Porcine Skin Flap | 41 |
Assessment of Viability | 44 |
Percutaneous Absorption | 45 |
Dematopharmacokinetics | 46 |
Other Applications | 47 |
Discussion | 48 |
Methods in Physiologically Based Pharmacokinetic Modeling | 51 |
When can PBPK Models be used? | 52 |
How do you use PBPK Models? | 53 |
What are the components of a PBPK Model? | 54 |
How do you develop PBPK Models? | 62 |
Conclusion | 66 |
Methods for In Vitro Skin Metabolism Studies | 69 |
In Vitro Methodology | 70 |
Skin Metabolism during Percutaneous Asorption | 71 |
References | 73 |
Developing a Toxicology Evaluation Plan for Transdermal Delivery Systems | 75 |
Issues in Test Selections | 76 |
Summary | 83 |
Animal Human and in Vitro Test Methods for Prediction Skin Irritation | 89 |
Animal Test for Predicting Skin Irritation | 90 |
Human Test for Predicting Skin Irritation | 95 |
Relevance to Human Skin | 101 |
Summary | 108 |
StructureActivity Relationships in Contact Sensitization Classification and Ranking of Allergens | 115 |
Creating a QSAR Model | 116 |
The Rank Model | 118 |
References | 119 |
Test Methods for Allergic Contact Dermatitis in Animals | 121 |
General Principles | 123 |
Split Adjuvant Technique | 125 |
Freunds Complete Adjuvant Test | 127 |
The Modified Draize Test | 128 |
The Buehler Test | 130 |
The Open Epicutaneous Test | 131 |
The Cumulative Contact Enhancement Test | 132 |
The Epicutaneous Maximization Test | 133 |
Single Injection Adjuvant Test | 134 |
The Tierexperimenteller Nachweis TINA Test | 135 |
The Footpad Test | 136 |
The Guinea Pig Allergy Test Adapted to Cosmetic Ingredients | 137 |
The EarFlank Test Stevens Test | 138 |
Conclusions | 139 |
The Local Lymph Node Assay | 145 |
Current Status | 148 |
Conclusions | 150 |
Test Methods for Allergic Contact Dermatitis in Humans | 153 |
Predictive Test | 154 |
Excited Skin Syndrome | 158 |
Contact Urticaria Syndrome | 161 |
Diagnostic Test | 169 |
References | 171 |
Diagnostic Test in Dermatotoxicology | 177 |
Contact Dermatitis | 181 |
Immediate Contact Reations | 183 |
References | 184 |
Use fo Cytokines in Dermatotoxicology | 187 |
Methods of Cytokine Analysis | 189 |
Optical Radiation Sources | 221 |
UV Measurement | 222 |
General Biophysical and Photobiological Factors | 225 |
References | 227 |
Animal Models for Phototoxicity Testing | 229 |
Specific Animal Models | 234 |
Comparison of Species in Phototoxicity Testing | 238 |
In Vivo Versus In Vitro Phototoxicity Testing | 239 |
Summary | 241 |
Photoirritation Phototoxicity Testing in Humans | 245 |
Exploratory Studies | 246 |
Conclusions | 248 |
The Evaluation of Photoallergic Contact Sensitizers in Humans | 251 |
Photomaximization Test | 252 |
Photopatch Testing | 256 |
Conclusions | 257 |
Chemical Leukoderma Depigmentation | 259 |
Repigmentation | 261 |
In Vitro Studies | 266 |
References | 267 |
New Models to Assess In Vitro Action of Retinoids | 271 |
Methods | 272 |
Results | 274 |
Conclusion | 277 |
Acknowledgments | 278 |
Sample Protocols for Carcinogenesis and Photocarcinogenesis | 281 |
A Sample Protocol for Carcinogenesis Testing | 282 |
Photocarcinogenesis Safety Testing | 291 |
A Sample Protocol for Photocarcinogenesis Testing | 293 |
References | 301 |
Testing for Reproductive Hazards from Dermal Exposure | 303 |
Considerations and General Recommendations | 304 |
Test Procedures for Reproductive Studies | 307 |
References | 311 |
Quantitative Sensory Testing | 313 |
References | 317 |
Alternative Methods in Dermatotoxicology | 319 |
Materials and Methods | 320 |
Results | 324 |
Discussion and Summary | 329 |
References | 335 |
Skin Equivalents to Measure Phototoxicity | 337 |
Cell Culture Conditions | 338 |
Photoprotective Assessment of Sunscreens Using 3D Cultures of Keratinocytes | 339 |
Assessment of the Phototoxic Potential of Chemicals Using 3D Cultures of Keratinocytes | 340 |
Treatment of the Episkin Samples | 341 |
Assessment of Lipoperoxidation Induces by UVA A 3D Cultures of Keratinocytes | 344 |
General Conclusion | 348 |
A Practical Process for Assessing the Validity of Alternative Methods for Toxicity Testing | 351 |
Reliability | 352 |
Confirming the Establishment of Common Protocols and Standard Operating Procedure SOP | 354 |
Defining the Reproductivity of Predictions from an Alternative Method Through the Use of Prediction Models | 355 |
Assessing Alternative Method Relevance | 367 |
Conclusion | 373 |
Acknowledgments | 374 |
Update on Agency Initiatives in Alternative Methods | 377 |
Ocular Symposium | 378 |
Dermal IrritationCorrosivity | 380 |
References | 381 |
383 | |
Other editions - View all
Dermatotoxicology Methods: The Laboratory Worker's Ready Reference Francis N. Marzulli,Howard I. Maibach No preview available - 1998 |
Common terms and phrases
acid allergy alternative method antigen application assessment Basketter Bronaugh Chem chemical compartment compounds concentration contact allergens contact sensitization contact urticaria correlation Cosmet culture cutaneous cytokines cytotoxicity dendritic cells depigmentation Dermatol Dermatotoxicology determined developed dose Draize Draize test drug edema effects endpoints epidermal erythema evaluation exposure guinea pig hairless human skin Immunol induction irradiation irritation potential irritation test J/cm² keratinocytes Kimber Kligman laboratory Langerhans cells lymph node lymph node assay Marzulli measured membrane metabolism mice mouse murine neutral red occlusive patch test PB-PK model penetration percutaneous absorption perfused pharmacokinetic Pharmacol photosensitivity phototoxicity phototoxicity testing predictive procedure protein protocol rabbit radiation receptor fluid response retinoids sample simulations skin irritation skin sensitization stratum corneum surface surfactants Table test article test material test methods test substances tissue topical toxicity Toxicol Toxicology ultraviolet validation study vehicle viability vitro vitro skin vivo