Keyword index — volumes 31–33 (1995)

TllXlCOLll6Y

ELSEVIER

Aquatic

Toxicology

Keyword Index 2-Acetylaminofluorene,

-

(33) 1

Acetylcholinesterase,

(33) 279, (33) 311

33 (1995) 349-352

volumes 3 l-33 (1995) Biomonitoring,

(31) 27, (32) 189

Biotransformation,

Acid stress, (32) 31

Biotransformation

Acidic pH, (33) 155

Birds, (32) 93

Acidity.

(31) 99

Acute toxicity,

BKME, (31) 125, (31) 347, (33) 125

Acyltransferase,

(33) 1

Al polymerization, Aldrin,

Algal assays, Aliesterase, Alkaline

(31) 347

snails, (33) 113

kraft mill effluent, (31) 329

Blood cells, (32) 59 Blood glucose level, (33) 279

(31) 57

Blood parameters,

(33) 3 11

Brachionus

phosphatase,

Aluminium,

(31) 143

(31) 241

caiyc~jIorus,

Bromodeoxyuridine,

(32) 271

(32) 143

(31) 99, (31) 203, (31) 347, (33) 155

Ammonia,

(33) 215

Ammonia

excretion,

Ammonia

quotient,

Amphibians,

Cadmium, (32) 127 (32) 127 (31) 113

Anionic

surfactant,

(33) 65

Antioxidant

enzymes,

I

foodchain,

Aroclor

1254, (31) 249, (33) 201

Asian clam, (33) 183 efficiency,

Chironomus

(32) 75

Chloride

cells, (32) 303 hydrocarbons,

Chlorpyrifos,

(33) 311

Chlorsulfuron,

Atrazine,

Chromium,

(31) 217, (32) 283

Benzo[a]pyrene,

(31) 297, (32) 333

Biliary metabolites, Bioaccumulation, Bioavailability, Biochemical

(32) 271

(3 1) 249

Bioconcentration,

(33) 183

(31) 1

Riomagnification, (31) 1 Biomarker, (31) 143, (31) 189, (31) 249, (31) 329, (32) 21 I, (32) 333, (33) 93

Conjugation,

(33) 17

capacity,

(3 1) 57

(31) 27

(31) 77, (32) 127, (32) 239, (32) 271,

(32) 283, (32) 303, (33) 45, (33) 125, (33) 265 Copper speciation, (31) 77

(31) 175 stress response,

exposure,

Complexing Copper,

(31) 1

(31) 143

A50, (33) 141

Combined

toxicology,

(31) 175

(32) 255

Clophen

(3 1) 203

(32) 59

(32) 3 1

Cladocera, (31) 113

(33) 227

(31) 175

Chlorinated

Chohnesterase,

Behavioural

(33) 93

riparius,

ATP, (33) 265

Behavior,

(31) 263 (32) 303

Chlorella,fusca,

(31) 143

Assimilation

calcium,

Chemosensitizers,

(31) 143

(31)

(33) 227

of fish, (31) 329

Ceruloplasmin,

Aquatic

Arylesterases,

uptake,

Cellular

detergent,

(31) 297, (32) 239

Cadmium Caging

(32) 333

Anionic

Barbel,

(31) 189

(31) 329

Black turban Bleached

1

(32)

(31) 329, (32) 93, (33) 113 enzymes,

Copper

toxicity,

(31) 165, (32) 255

CorhiculufEuminea, Coregonus Crangon,

Critical

lavaretus,

(33) 183 (3 1) 329

(32) 43 body residue, (33) 325

Critical

oxygen concentration.

Crystal

violet, (32) 143

Cyanobacteria. CYPIAI.

(32) 127

Genoloxicity,

(33) 227

Gill structure.

(33) 141

(32) 321

Glutamic-oxaloacetic

C\~rinu.t c,urpio. (32) 31, (32) 127. (33) 265. (33) 279 C‘ytochrome

P450. (32) 93, (32) 161. (33) 201

Cytochrome

P450lAl.

Cytology,

(33) I77

Gill ATPase, (3 I ) 297

(32) 21 I

Glutathione.

transaminase.

Glutathione-dependent Growth.

enzymes,

(32) 143

Haematology,

(3 I ) YY

Haemocytes,

(32) 43

i%phnirr ,,~tr~nrr, (3 I ) I25

Haemolymph

DDT. (32) 59

Harbour

DEF, (33) 3 1 I Deltamrthrin,

(32) 227

Diatoms,

(3 I) 77

Dibutyltin.

chemistry,

Hemolymph,

(33) 2 I5

Hepatocytes.

(33) I7

Hepatotoxicity.

(31) 217

(32) I

ffc,tr~of~ncustc,.~ /obli.v.

I~ic~cr~rruicl~usl~hl.u.\.. (3 I ) 297

y-Hexachlorocyclohexane,

Dichloroaniline.

5-Hydroxyindoleacetic

(32) 271

Dlethylnitrosamine. Dipowicr

(32) I

(3 I ) 24 I (31) 231 acid. (33) 265

4-Hydroxyretinoic

spp., (32) 75

acid, (32) 177

Hyperbilirubinaemia.

Dipropylnitrosamine.

(32)

I

Hyperoxia,

(33) 297

Disposition.

(31) 43

dredge spoils. (32) 43

Heart rate, (31) 99 (33) 279

Dcpuration,

(32) 161

(33) 177

Hypoxia.

(33) 177. (33) 265

(33) 297

Disulfoton.

I( trrhu., punc~tants, (33) 297, (33) 31 I

(33) I7

DNA adducts. DNA strand

(32) 333 breakage.

/~rt//uru.s sp., (31) 113 (33) 177

Immersion,

acid. (3 1)43

Domolc

Dopamme.

(33) 265

(32) I5

immune

response.

Immune

system. (3 I ) 297

(32) 59

/Irc~i.tso?cr /J”!,~‘norphn. (33) I83

Immtmosuppression,

Dye assay. (3 I ) 277

In vitro testing, (33) I05 In vitro

ECOD.

(33) 201

Electron

microscopy. (32)

Embryonic

development,

Endosulfan.

variability.

Invertebrate,

(33) 65

Lactate

(33) I7

EsFenvaleratc,

lntraspecies

Lactate.

(33) 265

O-deethylase

Latency, (EROD).

(31) 297. (32) 177, (33) 201

(31) 249.

Leachate.

(33) 265 dehydrogenase,

(31) 12.5

(31) I25

I.ir~~rmc/crlinrundrr. (32) 189, (33) 245 Lindane,

Fish hepatoma

Lipid content.

cells, (32) 143

(32) 333

Fluoranthene, Free-ion

(33) 105

activity

(32) I. (32) 59. (32) 271 (33) 325

Liver, (33) I7

(3I ) I65

Flow cytometry.

(33) 325

(31) I25

Fish, (31) 27. (31) 347. (33) 177 Fitness.

(33) 279

(33) IO5

Lethal body burden, Lethality,

Finland.

(33) 325

Landfill. (31) I25

(32) I I5

Ethoxyresorufin

(32) 143

(32) 93, (33) 93

(32) 3 I

(33) I7

charge.

En7ymcs.

(3 I ) 2 I7

I 1(32) IS

(32) 43

in vivo comparison,

Induction.

Embryo,

Energ)

(31) 143

(31) 203. (32) 255

(33) 17

C‘ytotouicity.

Diqual.

(33) 279

(31) 143

model. (33) 155

Liber microsomes,

(33) I

Li:r/ rrrmadu, (3 I ) 2 17 Low pH. (33) 45

Keyword Index, volumes 31-33 I Aquatic Lumbriculus

vuriegatus, (32) 75

Lysosomes,

Toxicology 33 (I 995) 349-352

4-Oxoretinoic

(33) 105

Oxygen

acid, (32) 177

consumption,

Oxyhemocyanin, Malachite

green, (31) 241

Melanotaenia

,puviatilis

Oysters,

(crimson-spotted

P450 lA, (31) 27, (32) 189 Parathion,

(33) 311

(33) 1

Pathology,

(33) 17

Metal. (32) 239

Penaeus japonicus,

Metal mixtures,

(33) 155

Metallothionein, Metals, (32) 59

(33) 279

Microalgae,

(33) 141

(32) 283

Microcystin-LR,

(32) 227

(32) 227

Micronuclei,

(32) 333

hydrocarbons,

Phaeodactylum

tricornutum,

Photosynthesis,

(31) 165 response,

Pimephales promelas,

(31) 27, (33) 245

Pleuronectes

resistance,

(3 1) 277

Pollution,

Multixenobiotic

resistance

mechanism,

Multixenobiotic

transport,

(31) 277

(33) 93

(32) 211

(31) 217, (32) 43, (32) 239

Pollution

gradient,

(31) 329

biphenyls

(PCBs), (31) 315. (32) 59,

(32) 75, (32) 93, (32) 189, (32) 211, (33) 141

kQti1u.s edulis. (31) 263 M~tilu.sgallopvovincialis,

(33) 325

lucida, (32) 143

Polychlorinated

(31) 43, (31) 277

(32) 303

(32) 211

platessa,

Poeciliopsis

(31) 165

(32) 283

Platichthys,flesus,

Monooxygenase,

(33) 245

(31) 277, (33) 93

Physiological

MTT assay, (32) 143

Mussels,

Petroleum

Phytoplankton,

(32) 239

Multidrug

(32) 283

pH, (31) 203

(31) 175

Microcvstis,

(32) 1, (32) 15, (32) 271

Periphyton, P-glycoprotein.

3_Methylcholanthrene, Metsulfuron-methyl,

(33) 125, (33) 215

Pentachlorophenol,

(32) 239

Methidathion,

Mining,

(31) 43

(33) 65

Metabolism,

(32) 127

(33) 215

rainbow

fish), (32) 115 Mesocosm,

351

(31) 143, (32) 59, (32) 227,

(33) 93

Polychlorindted

dibenzofuran,

Polychlorinated

dibenzo-p-dioxin,

Polycyclic

aromatic

(31) 315

hydrocarbons

(3 1) 3 15 (PAHs),

(32) 211 Na’/K+-ATPase

activity,

/?-Naphthoflavone, Narcotic

(32) 303

Polyphosphate

(32) 161, (33) 201

chemicals,

(33) 325

Predation, Proportional

Neutral

red retention,

Protein,

Nitrite,

(33) 215

(33) 105

(33) 113

Nonoxidizing

molluscicide, partition

(33) 183 coefficient,

(32) 1

Oreochromis

mykiss,

Shasta

mossambicus,

Organophosphates, Organotin

(32) 255

strain,

(32) 303

(33) 1

(32) 115, (32) 321

Rhine, (31) 1 Risk assessment,

(33) 65

River sediment,

(31) 189

Rutilus rutilus, (31) 231

(33) 311

compounds,

(32) 143

Oryzias latiprs, (32) 1, (32) 15 Osmoregulation,

Reproduction, Respiration,

(31) 189, (31) 315, (32) 177,

(32) 321, (33) 17, (33) 141, (33) 177 Oncorhynchus

pungens. (3 1) 43

Resin acid, (32) 161

Oil, (3 I) 263 mykiss,

model, (33) 155

Rat, (33) 1 Recovery, (31) 113

Octopus pallidus, (33) 201 Oncorhynchus

hazard

(33) 215

Pseudonitzschia

p-Nitrophenol,

(33) 125

(31) 57

(32) 333

(32) 255

NeUtral red assay, (32) 143

n-Octanol-water

bodies,

“P-postlabeling,

Sac fry, (3 1) 189 Salinity, (32) 15 Salinity effects, (33) 227

(32) 75.

Sulmosulur,

(32) 161, (31) 203

Toxicokinetics,

(33) 113, (33) 297

Suit710 irutiu, (31) 99. (33) 45

Toxin retention,

Sediment

contamination.

Toxin uptake.

Sediment

toxicity,

(31) 189

Serotonin,

(33) 265

Short-term

exposure.

Sodium gradient,

Somutericc mollissima.

Sublethal

(3 1) 189

Tributyltin,

(32) 93

(32)

(3 I) 175

1

Tridcrcncr c~roceu, (32) 239

(32) 283 IJDP-glucuronosyl

in vitro, (3 1) 23

I

Ultrastructure, Unbleached

(32) 283

Sulfotransferase.

(3 1) 175

Tribenuron-methyl,

toxicity. (33) 17

Succession, Survival,

Trace metals, (3 I) 143

(33) 17

Steroidogenesis,

(31) 43 (31) 43

Triasulfuron,

(3 I ) 263

Species composition, Stereology,

(33) 245

transferase,

sulphite

pulp and paper

(31127

(33) 1

Urea. (33) 215

(32) 255. (31) 203

Swimming.

(33) 45

Swimming

behaviour.

Venice Lagoon, (32) 27 I

Ventilation.

(32) 59

(31) 99

Vitamin A. (32) 177 Taste bud, (31) 113 Tegulu fiinrhr&‘~, (33) I I.1 Temperature,

Waste disposal, Xenobiotic,

3,3’,4.4’-Tetrachlorobiphenyl, Tolerance,

(31) 125

(32) 189, (33) 45

Testes, (3 1) 23 I (32) 93

(32) 283

Topical exposure,

X-ray microanalysis, (32) 1

Toxic equivalency

factor,

Toxicity, (3 I) 57. (3 I ) 3 15 Toxicity testing.

(3 I) 277

Xenopus /revis, (32) 333 (3 1) 57

(32) 15

Topical treatment.

(3 I ) 263

Zebra mussel, (33) 183 (3 I) 3 15

Zinc. (32) 239, (32) 321, (33) 155 Zooxanthellae.

(32) 161

(33) 17

(32) 239

mill effluent,