524 JOURNAL OF THE SOCIETY OF COSMETIC CHEMISTS measurement, 375 Kondo, M. Physicochemical properties and applications of alpha and beta-glycyrrhizins, natural surface active agents in licorice root extract, 177 Koster, E. P. Odorants related to human body odor, 409 Liang, W.-Q. see Petersen, R. V., 249 Lichtin, J. L. Book Review: The Science of Hair Care, 395 Lindstrom, S. M. Validating the microbiological integrity of cosmetic products through consumer use testing, 481 Linschoten, M. R. I. see Koster, E. P., 409 Lotte, C. see Dupuis, D., 351 Lowe, N.J. see Wortzman, M. S., 89 Maibach, H. I. see Dupuis, D., 351 Malick, A. W. see DELterzo, S., 297 McGinley, K. J. see Kligman, A.M., 369 Mead, C. A. A three-day mold assay for cosmetics and toiletties, 49 Mermelstein, R. see Wickett, R. R., 461 Miller, D. L. see Kligman, A. M., 369 Minamino, H. see Kondo, M., 177 Mojet, J. see Koster, E. P., 409 Moskowitz, H. R. Sensory segmentation of fragrance preferences, 233 Nagasawa, H. see Kondo, M., 177 Nash, R. A. see DELterzo, S., 297 Nicolaus, A. see KOlmel, K., 375 Niggli, H. J. Determination of lysosomal acid phosphatase in human skin as a marker of irritation lbllowing different surfactant treatments, 387 Okuyama, G. see Kondo, M., 177 O'Neill, J. J. see Mead, C. A., 49 Otani, Y. see Kondo, M., 177 Petersen, R. V. The athymic nude mouse grafted with human skin as a model for evaluating the safety and effectiveness of radiolabeled cosmetic ingredients, 249 Philippen, H. see Blankenburg, G., 59 P16ger, W. see Kl•ippel, H.-J., 211 Potts, R. O. Stratum corneum hydration: experimental techniques and interpretations of results, 9 Poulsen, N. K. see Yackovich, E, 99 Randhawa, M. H. see Schamper, T., 225 Reich, C. see Robbins, C. R., 141 Reich, C. see also Robbins, C. R., 489 Rhein, L. D. Surfactant structure effects on swelling of isolated human stratum corneum, 125 Rhein, L. D. see Babulak, S., 475 Rheim L. D. see also Blake-Haskins, J. C., 199 Robbins, C. R. Prediction of hair assembly characteristics from single-fiber properties. Part II. The relationship of fiber curvature, friction, stiffness and diameter to combing behavior, 141 Robbins, C. R. Hair manageability, 489 Robbins, C. R. see Blake-Haskins, J. C., 199 Robbins, C. R. see also Rhein, L. D., 125 R6thlisberger, R. see Niggli, H. J., 387 Rougier, A. see Wepierre, J., 191 Rougier, A. see also Dupuis, D., 351 Sauermann, G. Comparative study of skin care efficacy and in-use properties of soap and surfactant bars, 309 Scala, D. see Blake-Haskins, J. C., 199 Scala, D. see also Babulak, S., 475 Schamper, T. Acid stable dibenzylidene sorbitol gelled clear solid antiperspirant tbrmulations: I, 225 Schubert, R. F. Book Review: Cosmetic Analysis: Selective Methods and Techniques, 109 Scott, R. C. In vitro percutaneous absorption experiments: a technique for the production of intact epidermal membranes from rat skin, 35 Scott, R. A. see Wortzman, M. S., 89 Senatore, A. see Schamper, T., 225 Sennhenn, B. see KOlmel, K., 375 Silvis, S. Book Review: The Manufacture of Soaps, Other Detergents, and Glycerine, 501 Sireion, F. A. see Babulak, S., 475 Sine, M. R. Nitromusks: False positives in the analysis for nitrosamines, 267 Sourhard, G. L. see Thorne, E. M., 279 Spanoudi, S. P. see James, K. C., 359 Strii[3mann, A. see Zahn, H., 159 Thorne, E. M. HPLC analysis of sanguinarine in oral health care products, 279 Turner, T. D. see James, K. C., 359 Twist, J. N. see Zatz, J. L., 429 Urnbach, W. see Kl•ippel, H.-J., 211 Verhelst, N. D. see Koster, E. P., 409 Walker, M. see Scott, R. C., 35 Walling, P. L. Application of near infrared reflectance spectroscopy to the quality assurance of surfactants, 445 Warren, J. D. see Schamper, T., 225 Weigmann, H.-D. see Kamath, Y. K., 111 Wepierre, J. In vivo cutaneous distribution of linoleic acid following topical application in the hairless rat, 191 Wickett, R. R. Single fiber stress decay studies of hair reduction and depilation, 461

AUTHOR INDEX 5 2 5 Wilson, D. R. see Dupuis, D., 351 Wittern, P. see Sauermann, G., 309 Wong, P.S. see Wortzman, M. S., 89 Wortzman, M. S. Soap and detergent bar tinsability, 89 Yackovich, F. Validation of the agar patch test using soap bars which deposit different amounts of triclocarban, 99 Zahn, H. Bleaching and permanent waving aspects of hair research, 159 Zatz, J. L. Stabilization of oil-in-water emulsions by gums, 329 Zatz, J. L. Influence of solvents on paraben permeation through idealized skin model membranes, 429 ERRATUM Vol. 37, No. 4 HPLC analysis of sanguinarine in oral health care products, E. M. Thorne et ,•/. In Figure 1, page 280, D) should be Chelerythrine and E) should be Chelilutine. The Figure should show: Relative % in Approx. Sanguinaria Retention Extract Time min. D--Chelerythrine R• = H R2, R• = OCH• 25 15.4 R4 + R5 = OCH20 E--Chelilutine R•, R2, R 3 = OCH3 2 16.6 R4 + R5 = OCH20 On page 285, the first sentence should read: alkaloids in the extract, chelirubine (A), sanguirubine (C), chelerythrine (D), chelilutine (E), and sanguilutine (F), are given under Figure 1.