Downloaded by 80.82.77.83 on December 11, 2017 | http://pubs.acs.org Publication Date: May 5, 1996 | doi: 10.1021/bk-1996-0640.ix001
Author Index Arcos, Joseph C , 62 Argus, Mary F., 62 Bodor, Nicholas, 84 Boethling, R. S., 156 DeVito, Stephen C , 16,194 Fung, V., 138 Garrett, Roger L., 2 Jacobson, A. H., 224 Jones, Jeffrey P., 116 Kim, Anne, 172
Lai, David Y., 62 Milne, G. W. A , 138 Nabholz, J. Vincent, 172 Newsome, Larry D., 172 Sieburth, Scott McN., 74 Wang, S., 138 Wicks, Douglas A., 234 Willingham, G. L., 224 Woo, Yin-tak, 62 Yeske, Philip E., 234
Affiliation Index Tulane University, 62 U.S. Environmental Protection Agency,
Bayer Corporation, 234 National Institutes of Health, 138 Rohm and Haas Company, 224 State University of New York— Stony Brook, 74
2,16,62,156,172,194
University of Florida, 84 University of Rochester, 116
Subject Index A Absorption gastrointestinal tract, 19-20 influencing factors, 19,20f lung, 20-21 skin, 20r,21 Acetic acid, 44 Acetoacetates, 48,49/ Activated soft compounds, 94-96 Activation energies, prediction, 123 Active metabolite principle, 96-98 Acute lethality, nitriles, 196-206 ADAPT, toxicity estimation method, 141 Alkenes, 30,32-33 Alkyl phosphate surfactants, biodegradability, 167 4-Alkylphenol(s), 28,29/
Alkylphenol ethoxylates, 165-166 Alkynes, 30,32-33 Allyl alcohols, 28,30,31/ AMI semiempirical molecular orbital method, use in expert systems for retrometabolic design, 110,112-114 Amphoteric dyes, 186 Anionic dyes, 183-184 Antifoulant, criteria, 225 Aquatic organisms, types of chemicalinduced lethality, 172-173 Aquatic toxicity, 173-175 Aquatically safer chemicals, design by modification of chemical structure chelation, 179 dyes, 183-186 inorganic metallics, 189 ion pairs, 178
247 DeVito and Garrett; Designing Safer Chemicals ACS Symposium Series; American Chemical Society: Washington, DC, 1996.
