Subject index for volumes 10–12

PtSI~ICIDE

RIOCtIEMISrRY

AND

12,

PHYSIOLOGY

Subject

‘888301

Index’

for Volumes

A

fate

of [C”]diflubenzuron 172 metabolic fate of methazole

parathion

by perfused

fly

(avian), 11, head, inhibition

(housefly). inhibition.

cotton

and

in soil,

(nutsedge), livers

activity. 12,

and

12.

10, 275

(porcine),

11, 20

mutagenic

inhibition.

comparative

phenyl

O-ethyl

O-/I10,

significance

(housefly).

and 121 10.

effects

ration

of pesticides

(mosquito,

Adenine metabolism dery

on growth

mouse).

during

and

respi-

infection

ethirimol

Aldrin

on isolated epoxidase

short-circuit

interference

frog

current

skin,

SY-Alkylcarbamates inhibition mamidase

and

with.

and

10,

resistance

of detoxifying (Peri[lro~r

of 12,

effect

on nitrate reductase tent (7~iric~1,01 trc.\ti,,rfrtr y-Aminobutyric acid structure and insecticidal

’ Boldface

numbers

metabolism

central formetanate

tavian). A.\prr~i//r,.\

12.

enzymes .rtrrrc,irr ), 12,

kynurenine

for-

273

activity 1, 12.

and IS6

nitrite

effects 109

of

activity

of

picrotoxinin

indicate

on

con-

.s<‘c Picloram

isolated

volume:

and

comparative

to fenarimol

mycelia

study

in.

incubated

10. 219 with

y-

12. 68

reactivation ticides (chicken, otigomycin-sensitive

of activities rabbit). 12, Mg”-ATPase

ential inhibition (Mrr.\c~rr t/ot,rc~slic~tr synaptic. (rat), Atrdrine

inhibition 11. 285

glutathione

responses ). 12. 305 by

accumulation related c’r~ro~lclln

caused

central

ltghtface

ear

numbers

pagination.

differby

preparation

by

plant

DDT

in brain

from

chloro-.\-triazine

liver

herbicides roots

(maize,

bar-

11, 243

of systemic to eradicative ), 12, 75

fungicide action

Bacteria degradation of diflubenzuron, Bark beetle. see I~etrclroc~tr~~rrr.\ Barley, .sec Horclc~otl vrr/:clrr indicate

by pes-

heptachlorepoxide

Stransferase

ley. wheat), A 1‘C11(1 \Ulii‘C (oat)

inhibited 130 activity,

B

effect 12. 109

U-40481

294

of resistance

128 acid.

by

130

sulfenyl-propoxur,

inhibition,

11.

A. rlid/lrrltrr~\ mechanism

12, of

ear artery, (rabbit).

Arylesterase brain cholinesterase

of

Ametryn

analogs. 10. 4.Amino-3.5.6.dichloropicolinic Amitral U-40481 metabolite, artery (rabbit).

and

by chromatography, activities inhibited

rabbit),

which conjugates (mouse), 12. I inhibition of ion uptake

reactivation (chicken),

(chicken. (honey bee)

antibody

pow-

10. 23

induction, plant stimulation in phytophagous insect 280 Algal, see E.rrrcic//tr ht~/tic,tr

toxaphene,

ATPase

of barley

181 Aldrin effects

by dietary

isolated ATPase

hexachlorocyclohexane.

10, 313

primary

mildew,

pesticides wrell(ji~rcr

A. ,I;I.W growing

D

inhibitory

properties to Kelevan reactivation of

N-methylcarbamates of

duck) as affected

Antibodies

Artery isolated

study

phenylphosphonothionate O-p-nitrophenylphosphonate.

toxicological

12

168

penetration 12, 55

294 by

10,

Apis

prop-

183

11, 83 optical isomers

nitrophenyl O-ethyl thoracic, 322 Actinomycin

on

whole

erties (mouse). Acetylcholinesterase brain cholinesterase

lo-

Autrs rrthril~c.~ (black bone development

Absorption

N-Acetoxy-phenylureas synthesis, alkylating

(1979)

10, 174 tvrchrtrrrs

at infection tP/rt

site c,i~titr

SUBJECT

Barley

powdery horclri

mildew,

see

Ery.t;phr

grtrorinis

f.sp

Bean.

nervous system insensitivity, strain (housefly). 12, 224 .see Plrrrsro/r(.s t~u/,qtrri.r

Behavior changes fly).

resulting 11, 135

environmental properties

from

resistant

kdr

sublethal

poisoning

Benzoylphenyl insecticides.

metabolism I

of

ureas inhibition

physical

chemical 10, 203

butylcarbamoyl

of chitin

c.itr/rfr ), 11. 33 5-Benzyl-3-furylmethyl strain

Blow Bluegill

fly.

(+)

synthesis

similar

to

struc,firr-

resistant

kdr

toxicity

10, 327

(rat).

radioactive, Carbofuran

as affected I68

by

dietary

aminosulfenyl corn, biliary structure

activ-

197

11, 56

derivatives, 104

excretion and

(rat), insecticidal

its formulated H. c.iuc,rccr

product

calixin.

12.

structure-activity N-phenylsuccinimides

195 and

124

relationships and

of anN-phenyl12,

inhibition,

comparative

(avian), 11, 294 Inhibition of synaptic tachlorepoxide (rat). R/~r,c,~~i//cri~~/,i.c (microalga) mode

by

11.

11,

Butylcarbamoyl moiety of benomyl,

possible

role

Carotenoids changes

(rat).

in cotton

and

picrotoxinin

and system

histological (housefly).

by

12, 130 and photosynthesis

fixation. effects of phenoxy crabgrass). 10. 268 and

cyanide-resistant (U.\ri/u,~o httr~Ji.\

),

in

toxictty

in composition

in green

of

cycloprate

effect action

induced possibly an(Hort/c(r/rr.

). 12, 23 I lactate

dehydrogenase

by organochlorine DDE

culture. calization,

seedlings

Sandoz 6706. to phytochrome

albumin.

Cells division.

11, 1

selective

11, I59

by herbicide tagonistic

glial metabolism

166

Carnitine

Cattle serum

on light-dependent crabgrass). 10, 268

11.

208

tivation herbicides (spinach,

activ197

10, 306

on cyanide-sensitive respiration of mitochondria

hep-

267

(rat),

of

rabbit). division

“COI (spinach,

Rtrp/rum~.s

action,

56 activity

10.

antibody binding sites’ specificity: of ATPase activities inhibited

algal).

light-dependent herbicides Carboxin

11. 285

of nitrofen

Bundle sheath strands effects of phenoxy “CO, fixation

study

ATPases

intestine

behavior nervous

(chicken, of cell

(mites).

Brain cholinesterase

electrical insect).

metabolism 11,

on insec1. 11, 13

I35

(marine dioxide

effect

I .2-dimethylcyclopropanedicarboximides. 163

effect &~r~.~tir~(

spontaneous tissue (stick

analogs, 10. I28 sublethal poisoning, changes in central

Carbon

phytotoxic

(rat).

by

10.

pesticides DDE inhibition

toxaphene

mode of action of tridemorph, 12. in antifungal activity of tridemorph

on

metabolism

-chlorine bonds, reactivation

Rc,rryfi.t

quantitative tifungal

10,

its

Carbon

.\ec P/r,~r/irr rr~i/rtr fish. s(‘c f.rn~rris m~~crochir~~.~

R. Cl//ii antifungal difference

and

electrical

of,

excretion

activity of neurohemal

11.

10.

insect) spontaneous tissue

biliary

insecticidal ity

cis-chrysanthemate

in decamethrin

Bone development. (duck).

of tridemorph 124

anomalous cuticular phospholipids ticide penetration (M((.wu biliary excretion (rat), 11, 56

moiety

nervous system insensitivity. (housefly). 12, 224

Blood parameters

(stick on

of neurohemal

Carbamate insecticides,

(house-

action of polyoxin D (butterfly), 12, 87 toxicant and chitin synthesis inhibitors, ture-activity relationship (O~rc~opelrrr~

central

vwro.s~~s activity

activity 12,

Carbaryl

and biological, of organophosphates,

11,

Cartrltsirts insecticidal ity

Benomyl-carbamoyl-)I-[I-“Hlbutyl C”-labeled, (rat),

Calixin’ difference in antifungal formulated product,

Barthrin central

289

INDEX

iir vitro

insecticides.

inhibition

(marine

diflubenzuron and metabolic

algal).

inac11. 232

10, 306

uptake, subcellular fate i!r t,irrrJ (rat).

lo-

11.

258 mast.

C Calcium ion.

Central inhibition tachlorepoxide

of

synaptic in brain

ATPases (rat),

11. 285

by

hep

histamine sponses nervous

insensitivity (housefly),

release: (guinea system to

DDT pig),

pyrethroids 12, 224

and

intlammatory

re-

12, 269 in

resistant

kdr

strain

290

SUBJECT

plant

protection

by

sublethal,

of chlordimeform sublethal poisoning, changes Ce/‘Irtrlo.rpr~rirltrr degradation

noncholinergic

(Mtrrlcl~c.tr behavior

(housefly),

11,

s~frr and

and

properties vation ticides

gas. 10,

reactivation 12.

174

of

kynurenine

for-

to Kelevan. inhibited

reactiby pes-

by

in action

with

structure-activity ureas as inhibitor on

isolated Chlordimeform

frog

effects

on 12.49

plant

protection in central

current

skin,

electrical

system

activity

resistance

of

(Go//c,ritr

~~~//f~~rllo

noncholinergic (tobacco

action hornworm),

of demethylchlordimeform

action

Corn plant. Coroxon insecticidal

to difluben-

10, 23

by sublethal, nervous system

117 effects

and

),

ity Cotton fate

specificity

of

,ntr~s

binding

activity

on

\(‘c amino] carbonylj-Z.h.SV(J Diflubenzuron

Chlorophylls changes by

in green 6706.

in composition herbicide Sandoz

tagonistic Rrrplrcltl/r.v).

to

phytochrome 12, 33 1

(Hort/e~/~~.

Chloro-s-triazine liver conjugation. preparation of glutathione transferase (mouse). 12, I Chlorotoluron degradation in wheat and soil. 10. 49

cells, and

Cholesterol acyltransferase -lecithin. effect of single oral dose of DDT on lipid metabolism (Mtrc,rrc,tr ~rrr,/~~tttr), 12, 3 I Cholinesterase brain, comparative study of inhibition (avian). 11, 294 Choreoathetosis decamethrin induced (rat). 10, 322

12,

callus

tissue

electrical insect).

(stick

activ10.

197

I71

aminosulfenyl

derivative

(quail)

and

11, 56

effects of pesticides 10, 313 as mechanism 12. 79

of diflubenruron, (mosquito) relationships

derived 12, 23

from

-sensitive

Cycloproanecarboxylic

of 11.

for

metho-

33 insect

substituted

respiration

on

growth

di-tcdrt-butyl

of mitochondria,

and thenoyltrifluoroacetone ). 11, 70X in

selective

toxicity

acid

selective ovicidal cloprate and nltine (mites).

toxicity subsequent 11, 159

from production conjugation

v\c,tf/ctrt/c\ L.

metabolic C‘. ~tr,~~lrf.\ metabolic

its

(r’l’ic,,jricr~rtr

spontaneous

Cycloprate possible role of carnitine (mites). 11, I59

(..

and

I24

tissue

inhibitory respiration,

effect of carboxin (t:\/i/tr,qo mtrlYli\ S-

kdr

of tridemorph

12,

detoxication resistance,

mode of action C‘. y/li,rc/rcc~/tr.cc,icrl,l.\ structure-activity

Cyanide -resistant

resistant

of DDT by, 10, 40 .\cc f)i,<~itrrricr str/~~:r/i/rtr/i.\

regulators phenols.

seedlings induced effect possibly anaction

(rat).

calixin.

of [c”]Diflubenzuron.

metabolic prene

130

(N-[[(4-Chlorophenyl) difluorobenzamide,

by intestine

L.

of neurohemal

metabolism Crabgrass. Croneton

inhibited

I-(3.Chloro-4-methylphenyl)-3,3-dimethylurea, Chlorotoluron

(rat),

I I7

biliary excretion (rat). (‘U/C.\ C. /~i/>ic~,l.\ (mosquito)

(rabbit),

antibody

on

), 12.

see Zcrr

cultured growth bonds.

lindane

insensitivity,

metabolism of carbofuran in, 10, 104 ~‘~i~fr~r~.\ c~otrcrtri.\,itrpot~ic~o

11,46

sites: reactivation of ATPase activities by pesticides (chicken, rabbit). 12,

of carbaryl

product

ttrhlrc~littt

relationships of benzoylphenyl (O,lc,opc,/t/r.\./t~.\(,;~/~/~.s), 11, 33

short-circuit

from

(housefly). 12, 134 c IIcIttll~~ritllllll in antifungal activity

Colchicine inhibitory

D (butterfly),

12, x7 inhibition. mechanisms of resistance zuron (Mri.vcrr ~lo~~rr.~tic~tr I, 12, IO

Chlorine -carbon

nervous

strain ~‘llrtlo.\pc”i,lttl difference

insecticides. polyoxin

formation

isolated

Cismethrin central

benzoylphenylurea

to Kelevan

I66

formulated

similarity

vascular

mercapturic acid 10, 137 gas-liquid. metabolism

273

of isolated antibody of ATPase activities (rabbit). 12, I30

Chitin synthesis inhibition

11,

Chromatography affinity. properties of antibody (chicken. rabbit), 12, 130

11.

mamidase.

Chlordane effects

action 1. 1 1. I I7 histological

I35

of diflubenzuron,

Chicken inhibition

INDEX

(yellow nutsedge) fate of methazole. 10. L. (purple nutsedge) fate of methazole. 10.

27.5 275

by with

cycar-

SUBJECT

Cysteine

Diazinon

derivatives.

gas chromatography

of.

Cytochrome P-450 differences in forms present and susceptible insects housefly). 12. 239, 249 plant

291

INDEX

stimulation tophagous

of insect

10,

137

in insecticide (blow fly.

anomalous ticide

resistant flesh fly.

enzymes in phy.vtrmitr 1, 12. 280

on

short-circuit

isolated

frog

current

skin,

10,

and

resistance

of

23

DDE inhibition (marine DDT

of cell algal),

central strain

in

division 10. 306

intestinal and function

cuticular penetration

and

brush border (simian). 12,

phospholipids (blr(sccr

labellar single

DDT

(hfrrc~uc~cr mrrlollu effect on short-circuit lated frog skin. inactivator,

lactate

), 12. 3 I current and 10, 23 dehydrogenase

responses endotoxin

kur

oligomycinnature of

re-

&WIKS-

10. 2X7 metabolism

resistance

and

resistance

of

.Y(‘(’ DDD .sz<’ DDT

(2.4.Dichlorophenoxy)acetic effects on light-dependent crabgrass), 10, 26X

acid “CO,

inactivation

fixation

(spinach. S~(J Diuron

by rabbit.

rat). 12, 264 12, 257

quail), DMC

cells

pig),

of peripheral electrical insect).

10, 40 on labellar

nerves

10.

activ197

receptors

10, 299

and vas 11. 46 by micro-

10. 233 oxyacid

lactate

production

10, 243

10. 275 inactivation

insecticides

by

(bovine.

rabbit,

11 ,- 73’ -

similarity

in action

with

polyoxin I( r. 12. IO 174

radioactive, fate on cotton and in soil. 12, 172 structure-activity relationship of benzoylphenyl ureas as toxicants and chitin synthesis inhib-

effects

(O~c~opc,/rr(.c firsc~i0tr,s). subcellular localization,

of

11, 33 and metabolic

phenoxy fixation,

herbicides 10. 268

phorothioate.

.\cc

Dimethyl sulfoxide dilubenzuron metabolic

on

light-dependent methylcarphos-

Etrimfos

uptake. ~ubcellular fate by glial cells 12,

localization. and /jr (,iin> (rat t. 11, -758 I95

difference in antifungal activity product calixin. 1.2. 124 Dimilin diflubenzuron uptake, subcellular metabofic fate by glial cellsi,t

tion

inhibition (mung

fate

(rat). 11, 258 (crabgrass)

?.3-Dihydro-2.2.dimethyl-7-benrofuranol bamate. tee Carbofuran O.C)-Dimethyl-O-(6.ethyl-4-pryimidinylt

2.6;Dinitroaniline herbicides, (rat).

(nutsedge).

dehydrogenase

2.6.Dimethyl-N-tridecylmorpholine antifungal mode of action,

10, 322

vascular effects. a-adrenergic receptors oactive induced contractions (rabbit). I)r,l~(r~,~,lo,~/r.~ trrehrcrrrs (bark beetle) conversion of n-pinene to a-pinene oxide

10. 275

D (I’ic~?.s hr~r.\.\ic~rc r, 12, X7 mechanisms of resistance (.hlr~.cc~tr tl~mrrsric metabolism by soil microorganisms. 10,

“CO,

Demethylchlordimeform

sulfur

of methazole

by glial cells I)i,qi/[(rid crr~rg((irrtr/ic

(guinea

(nutsedge). urea

salmon). Diflubenzuron

uptake.

mast

of methazole

Dieldrin inactivator.

itors

of (Japanese of effects by

fractions.

metabolism I-(3.4.Dichlorophenylr metabolism

insecticides,

of iso-

(bovine,

(lobster), 10. 151 insecticidal activity on spontaneous ity of neurohemal tissue (stick

somal Desulfuratron parathion.

10. 212

feeding. effect on glycosaminoglycan and sulfhemoglobin biosynthesis (mouse). 10. I62 inhibition of chitin synthesis by benzoyl-phenylurea

induced

release of histamine from 12, 269 inhibition of calcium-ATPase

(housefly). Decamethrin action on rat,

on

(housefly). on lipid

pulmonary oedema (mouse. influenza infection (mouse),

metabolism synergism

current 10. 7?

organochlorine

(Al~.\c.r(

organochlorine insecticides salmon). 11, 332 inflammatory bacterial

on insec), 11, 13

resistant

sensitivity

receptors oral dose

membrane 141

effect clor~rsric~c(

inhibition responses Mg’+-ATPase activity.

quirements for tiur), 12. x5 on of

on short-circuit isolated frog shin, Dichlorodiphenyldichloroethane.

preparations.

3-(3.4-DichlorophenyI)I. I-dimethylurea, 2-(3.4-Dichlorophenyl)-4-methyl-1.7,4-oxadiazolidine3.5-dione. see Methazole

photosynthesis

nervous system insensitivity. (housefly). 12, 224

differential sensitive

effects effect

plant

I-(3.4.DichlorophenyI)-3-methylurea

alterations structure anomalous ticide

by corn

effect on insecclrr~(c,.rric ~0, 11. 13

Dichlorodiphenyltrichloroethane.

D

effects

metabolism Dieldrin

phospholipids (.Il((.rc~tr

effects

detoxifying (Periclromo

DDD

cuticular penetration

bean),

of photosynthesis 11.

247

and

its

formulated

localization. ~,irn> (rat). and

and 1 I. 25X respira-

292

SUBJECT

INDEX

Diphacinone tissue distribution 2-Diphenylacetyl-1,3-indandione. Diuron effect

and

excretion

(mouse). 10. 259 see Diphacinone

on soluble nucleotide corn). 10. 251

DMC synergism

of

(housefly).

DDT 10,

pool

and

growth

present

in insecticide

insects 249

(blow

Epoxide enzymatic

(bean.

hydration

effects

on

labellar

receptors

Ergosterol biosynthesis,

299

chemical

basis

activity (mouse), 12, 183 trifluralin effects on callus ftrhtrc~/,ftr I. 12. I 17

of mutagenic

tissue

anaerobic from

Electrical effects

ear artery, (rabbit),

activity of chlordimeform

49 neurohemal

of

(Gtrllrritr

~~r//o/rc,//tr

insecticidal

sect). 10. 197 Electroencephalogram discharges, decamethrin Electron effects

effects 12, 109

U-40481

transport of inhibition

activity

Electrophoresis polyacrylamide

induced

(rat),

10.

of photosynthesis

Enzymes DDT.

of insecticides, of nitrofen

strain

of.

IXI

12, 68 behavior

I, 12, 3x

metabolism

during

pri-

powdery

mildew.

10.

of barley

nervous system insensitivity, (housefly). 12. 224

O-/I-nitrophenyl

mildew)

infection

parmacokinetic

adenine

infection

respira-

resistant

kdr

phenylphosphonothionate

metabolism by liver (mouse). optical isomers, 10. 121 Etrimfos

10, 23 tB/,~i//rri~~/~-

metabolism metabolism

10,

I90

by corn plant preparations, in dtazinon-resistant and

strains

gel,

toxicological

pulmonary oedema, responses (mouse. rat).

DDT and 12, 264

short-ctrcutt frog skin,

alterations

significance

of

(housefly),

10.

of thorax

on

on isolated

powdery

metabolism by liver (mouse). 10. 190 optical isomers. 10, 121 O-Ethyl O-f’-nitrophenyl phenylphosphonate

herbicides

of DDT treatment (housefly). 10. 287

in

current 10, 23 intestinal

labellar

and

brush

brane structure and function DDT inhibition of calcium-ATPase nerves, 10. ISI Epoxidase microsomal.

with

mary 1x1 Ethoxyprolan

in-

322

and

A.~p~r.,~~i//u.\

(housefly).

10,

10. 217 susceptible

31

Excretion

acetylcholinesterase 327 Electrophysiology

Endrin effects

Ethirimol interference

O-Ethyl

isolated frog skin, effects phytotoxic mode of action sisl. 11, 267

Endotoxin induced

). 12.

(stick

tion by substituted 2.6.dinitroaniline (mung bean), 11, 247

effects

and

sub-

(mouse).

tu-hexachlorocyclohexane in soil,

pyrethroid,

239.

of liver,

fenarimol

(barley

formation of y-hexachlorocyclohexane

central tissue.

to

(PlvY/dUtl~~t(l ~IIll~‘ri(~ll/l~l Ethiofenfarb. .scc Croneton

E

12,

fraction

metabolism during primary ethirimol interference with. 10. E.\c~/lc~ric~/ric/ C~O/i

liVic~~jricl/r~r

susceptible

stereochemistry

adenine

Ear central formetanate

and

and housefly).

in soluble

). 10, 719 f.sph<&c;

Esters enantiomeric

isolated

fly,

resistance

trit////lrtl.\ Ev?.~iphegrtrminis inhibition,

flesh

strate selectivity 11. 275

DNA synthesis testicular

resistant

fly,

differences

in cytochrome

biliary

metabolites, carhamate 56 E.urlc i<,//tr htr/fic.tr t martne algal) DDE

inhibition 10. 306

Fallopian

tubes

receptors

of cell

inflammatory

border

of

mem-

12, 141 pertpheral

tissue

distribution and (mouse). 10. 759 Fat body pharmacokinetic behavior throid

esters

and

11.

photosynthesis,

forms

excretion

(Peripltr/rc(
of

of

diphacinone

enantiomeric

pyre-

(I/?I~~~I.GII~I ). 12,

38

Fenarimol mechanism of IO. 219

/‘-450

division

(rat).

F

resistance

(simian). of

insecticides

resistance

to tA,\/~c’r,qi//~/$

~r/c/,t/ri~c

).

SUBJECT Flavoproteins roles in degradation of mexacarbate (rat). 10. 67 Flesh fly, .sc(’ Strc,roplltrXr hrtlltrtcr Formamidine acaracides effect of formetanate on isolated central ear artery (rabbit), 12, 109 vascular effects of demethylchlordimeform crabbit), 11, 46 pesticides, action on central nervous system (tobacco hornworm), 11, 117 Formetanate effect on isolated central ear artery (rabbit). 12, 109 Frog, .~e(’ Ktr~rrr [~;pic,f~.s Fungi. .\v(’ o/sr> .~/~c,ifi’c, ,/io~~i ethirimol interference with adenine metabolism during primary infection of barley powdery mildew, 10. IX1 Ftt.\~ttY/tttt degradation of diflubenzuron, 10. 174

G Gtr//r,ritr ~c//~rc,//tr (waxmoth larvae) effects of chlordimeform on electrical activity. 12, 49 Genetics glutathione S-transferase and hydrolytic activity in tetrachlorvinphos-resistant strain (housefly). 11, I76 Glutathione conjugation of lindane and related compounds. 10, 137 Glutathione S-transferase activity in tetrachlorvinphos-resistant strain and their influence on resistance (housefly), 11, 166 preparation from liver which conjugates chloro+ triazine herbicides (mouse), 12, I G/~i~rc, ~,.r (soybean plant) picolaram translocation and redistribution following root uptake, 11, I?9 Glycosaminoglycan effect of diflubenzuron feeding on (mouse), 10. I62 Growth bone development as affected by dietary toxaphene (duck), 10. I68 cultured cells, inhibitory effects of pesticides. (mosquito. mouse). 10, 313 cuticular, inhibition of chitin synthesis by benzoylphenylurea insecticides has action similar to polyoxin D (butterfly). 12. 87 seedlings. effect of diuron on metabolic activity. chlorophyll and weights (bean, corn). 10. 251 Guinea pig DDT and inflammatory responses, histamine release from mast cells. 12, 169

293

INDEX H

Hansch-Fujita hydrophobic constant (n) value from N-monosubstituted-phenylsuccinimide system. 12. 163 Heart heartbeat changes resulting from sublethal poisoning (housefly), 11, I35 i/r ~,itro inactivation of lactate dehydrogenase by organochlorine insecticides (bovine), 11, 231 Hemolymph pharmacokineric behavior of enantiomeric pyrethroid esters (Pcripl~nrrcr (IIIIC~I’(~LIIIN), 12, 38 Heptachlor effects on short-circuit current and resistance of isolated frog skin. 10, 23 Heptachlorepoxide inhibition of synaptic ATPases in brain (rat). 11. 285 Herbicides, see cr/.co .sprc,(fic, .\rrh\ttrr~c,rs metabolic behavior of chlorotoluron in wheat and soil, 10. 49 metabolism, studies on glutathione S-transferase preparation from liver which conjugates chloro-s-triazine hervicides (mouse), 12, I a-Hexachlorocyclohexane anaerobic formation from u-hexachlorocyclohexane in soil (E.\c,/~c,ric,/~io c,o/i). 12. 68 Hexadecyl cyclopropanecarboxylate, s(‘(’ Cycloprate Histamine DDT and inflammatory responses. bacterial endotoxin induced pulmonary oedema (mouse, rat). 12, 264 release, DDT and inflammatory responses (mouse). 12, 257 release from mast cells. DDT and inflammatory responses (guinea pig), 12, 169 Hon~rrus urtleric~utrrrs (lobster) DDT inhibition of calcium-ATPase of peripheral nerves, 10, 151 Honey bee, soc Apis wr//if>rtr Horclc~rrrtr \~rrl,y:ure (barley) atrazine inhibition of ion uptake by roots, 11, 243 changes in composition of chlorophylls, carotenoids, and prenylquinones induced by herbicide Sandoz 6706. 12. 231 Housefly, see Ml/.cc,cr
chlorinated, mercapturic acids from, 10. 137 Hydrolysis physical chemical properties of organophosphates. 10, 703 Hydroxamates competition with thenoyltrifluoroacetone for alternate pathway site in respiration of mitochondria (C~sli/nprt tt1ujYli.t ). 1 1. 20x Hypertriglyceridemia effect of single oral dose of DDT on lipid metabolism (hfltc~trc~tr ttrrtlrrtrrr ). 12, 3 I

294

SUBJECT

INDEX

I

K Kelevan

Incubation anaerobid, from

formation of cu-hexachlorocyclohexane y-hexachlorocyclohexane in

c~/lcric~lrir/

~O/i,,

isolated soil

lE\

vation

12. 6X

ticides. Kepone inactivator.

Induction patterns, comparison function oxidases

of liver microsomal (rat). 11. 301

Influenza virus DDT and inflammatory Insect growth regulator derived

from structure-activity

responses

substituted

yrl~.ftrsc~itrlrr.s). effectiveness, role effects

12. 23 of metabolites

of synergists on ant). 10, I4

(fire metaboltc

detoxication

as mechanism

electrical

of methoprene

Insecticide DDT

of

of neurohemal

relationships

for

on labellar

receptors

of methoprene

of resistance 12.

alterations

(fire

to diflubenzuron

fixation. of

10.

ant).

(.2l/,\c.o

border

membrane

struc-

(simian), 12. 141 (rat). 11, 166 in degradation of mexacarbate

significance l housellyl,

of

[“Clphoto-

of acetylcholinesterase

of

10. 327 r,i/rr~

iti

studies

.V-alkylcarbamates. fluoride

with

orand 12.

(chicken).

O-ethyl

on

light-dependent

O-p-nitrophenyl

phenyl-

I-trimethyl-dodeca-

Japanese quail, .\c(’ C’orr~r~ri.! [,,,c~i~~~i.r.;lrl~,~~~ic.lr Juvenile hormone metabolic detoxication as mechanism of methoprene (mosquito).

hair

12.

79

DDT

effects

by

DMC

10. 287

(housefly),

dehydrogenase

itr V//W inactivation (bovine, rabbit, Llretlclplrtr: .c/ritrtr//~.v

by organochlorine salmon). 11, 232 (brown planthopper)

structure-activity N-methylcarbamates.

Lecithin -cholesterol

acyltransferase.

effect

DDT on lipid 12. 31 mtrc~rrwhiru.\ (bluegill

metabolic dieldrin,

and

Light -dependent bicides Lindane effects on

elimination 12, 216

of

metabolism

of

single

oral

(!Sfcrc,crc.cl

fish) products

“CO, fixation, effects (spinach. crabgrass). short-circuit

insecticides

relationships 11, 104

dose of mrf/tr/rrr). Lv/vHH~.\

10, 268

(ZE.4El-methoxy-3.7.1 2,Cdienoate. .WC Methoprene

resistance

I30

,.u/,ytrri.t

receptors. synergism of (housefly), 10, 299 sensitivity to DDT treatment

(house

phosphonothionateandO-ethyl0p-nitrophenyl phenylphosphonate, 10, I21 Isopropyl

12.

products

.!ce /-‘/ilr.cc,o/~~

quantitative phenyl

(rat). 10, 67 crc/rltrtic~ (water spinach) of phenoxy herbtcides “CO,

eltmination 12, 116

formamidase and reactivation:

Labellar

IO

in brush

ture and function metabolism of carbaryl roles of flavoproteins

Isomers optical.

and

ganophosphates. phenylmethanesulfonyl

Lactate

degradation

clo,trc~.\tic~rr).

//~,,,tr~tr effects

rabhitl,

growth

di-/err-butyl I. 12. 73

I4

Intestine DDT.

by rabbit.

tissue

insect

derived from substituted (CU/C.\- c//,i,lc///c’/“.\“itrr,,.c (e<’ .\pec,(/ic, \~h.~rtr~c<,\

mechanisms

inactivation (bovine,

273

activity

effects by DMC fly), 10. 299 on

dehydrogenase

(chicken.

bean,

Kynurenine inhibition

synergist

effects

130

insecticides

pesticides

toxicological thorax

relationships (planthopper),

12,

reactiby pes-

10, 197

(stick insect), structure-acttvity

Insecticide.

rabbit)

antibody inhibited

Ketones

Kidney Kinetics

12. 79

to,

salmon) . 11 . 232 properties of antibody to Kelevan isolated. antibody reactivation of ATPase activities inhibited by

11. 83. 104

(housefly), spontaneous

lactate

metabolic dieldrin,

10. I

ant).

of methoprene

analogs, 10. 12X structure-activity h’-methylcarbamates

regulators phenols

12. 257

phenols, (C‘ir/rz.if///i/~-

(fire

(chicken,

organochlorine

metabolism

resistance (mosquito), Insecticidal activity picrotixinin quantitative phenyl

mixed-

(mouse).

di-t(J)-r-butyl relationships

properties of antibody of ATPase activities

current

isolated frog skin, 10, 23 mercapturic acid formation from sublethal poisoning, behavior changes in central nervous

of

I”Clphoto-

of phenoxy 10, 268 and

heir

resistance

of

(rat). 10. I37 and histological (housefly) system.

11, I35 Lipid5 biosynthesis tridemorph.

inhibited, 12,

antifungal I95

mode

of action

of

metabolism, (Mtrc~trc~rr synthesis,

effect ,rr/r/rrftr/

of single I. 12. 3 1

influence

of

oral

dose

INDEX

of

Malathion

DDT

methoxy-,

and

of bistiosprobean). 11. 201

(kidney

of

glutathione 12. 1 conversion 233 increased

chloro-s-triazine

levels

dose of mdcrtrtr),

preparation to a-pinene

oxide

of triglyceride, DDT on 12, 3 I

metabolism phonothionate

of

effect

lipid

11.

(mouse). (rat).

metabolism

oral

oxidative (rat).

(rat).

perfused whole: of parathion roles of tlavoproteins

phenylphosphenyl-

tmouse). assignment

acids with 10, 60

ttssue Lobster,

substrate of enzymatic 11.

‘:‘C-nuclear

Mesophyll effects metabolism

selectivity epoxide

tion

(mouse),

12,

and hydra-

monocarboxylic resonance

(rat).

as consequence (rat), 10, 243

flammatory responses and inflammatory

oedema,

of para-

ttrrlltrtrtr(rhesus alterations brane

effect

metabolism. Magnesium ton. inhibition tachlorepoxide oligomycin-sensitive

Maize,

in

structure of single 12. of

function, dose

and

rat), 12, influenza

in-

264 infec-

and

in structure

10.

137 moiety

on

(spinach.

respira-

herbicides

alterations 12, 141

DDT

moiety aminosulfenyl 10, 104

(Japanese

and

of benomyl

light-dependent

crabgrass).

10, 268

brush

border

12, 141 of DDT

synaptic ATPases in brain (rat), 11. 285 Mg’+-ATPase activity, caused

of benomyl derivatives

quail).

and

10,317 diflubenzuron

by soil

(rat), 11, I in cotton

by

corn

plant

preparations,

microorganisms,

10,

10. 31 of piperonyl

174

butoxide

phosphorotrithioate

166 O-p-nitrophenyl

memlipid

by

hepdiffer-

by

DDT

10. 79 and

brain

mechanism

(rat).

(rat,

cholinesterase whole

11, and

by

liver house-

inhibition

livers,

kinetic

constants

of resistance

to fenarimol

/rid/l/lr/l.Y 1. 10, 2 19 10, 174 and

of

develop-

11, 20

/‘CqJi///l.\ mutagenicity. Methazole absorption Methoprene “C-labeled. effect\

ant).

phenylphosphonothionate

(avian), 11, 294 parathion by perfused Metabolites fungal.

and

on (fire

O-/I-nitrophenyl phenylphosphonate (mouse). 10, 190 oxidative, of polychlorocyclohexenes

(porcine). on

and

10, 40

etrimfos

etrimfos (housefly). methoprene. effects

fly). parathion

?I

ential inhibition responses (,2l//.S( t, do~rr~~,\fi~~tr ), 12. 205 .v(‘~ /(,(I ,t$(,~‘.v

nonsystem,

(I’c,~ric~i//irl~

[“Clmethoprene, relative rates at various mental stages (fire ant), 10. I naphthyl ,V-methylcarbamate by intestine

357

and oral

sublethal. nervous

tricyclazole

herbicides

fixation

butylcarbamoyl carbofuran corn.

diphacinone

DDT

(mouse. responses.

monkey) intestinal

by

lindane (rat). butylcarbamoyl

S.S.S-tributyl 10, 14

M ,~ltrc~lrc~r DDT.

by

of photosynthesis

11. 1 cells of phenoxy

diazinon

magnetic

induced

inhibition 11. 64

from of

“CO,

of mexacarbate

distribution and excretion of (mouse), 10, 259 vee Hott~trrtrt t~tt~eri~~c~~~~~.x endotoxin

res-

Metabolism

275 of malathion

oxyacid production thion desulfuration

Lung bacterial DDT

formation metabolism

10.

tion structure

sulfur

and

magnetic

II7

intestinal brush border. function (simian). Mercapturic acid

polychlorocyclohexens

uptake. clearance, (porcine). 11, 20 in degradation

protection on central

of inhibition

(rat),

of

67 soluble fraction. stereochemistry (i-at).

Membranes effects

11. 301

metabolism 10, 79

‘:‘C-nuclear

tion by substituted 2.6-dinitroaniline (mung bean). 11, 247

phosphonate by (mouse), 10, 190 microsomal mixed-function oxidases by pesticides and related chemical, comparison of induction patterns

plant action

biosynthesis Iltrlrlirrc~).

(hlc/c,trc.
O-/I-nitrophenyl and O-p-nitrophenyl

with

Melanin 10.

of single

acids

assignment

onance (rat), 10, 60 .<rrrclrrc,tr se.r~cc (tobacco hornworm)

herbicides.

S-transferase of n-pinene

monocarboxylic

chlordimeform, cholinergic

Liver conjugation

295

structure

chloro-,

methylthio-substitutions phylaminob-triazine

SUBJECT

translocation

degradation piperonyl

(nutsedge).

of (fire butoxide

ant). and

10, 275 10. I S.S,S-tributyl

r.4,.

296

SUBJECT

phosphorotrithioate 10, 14 metabolic detoxication (mosquito), Methoxychlor effects

on

on metabolism as

of (fire

resistance

mechanism

short-circuit

current

and

ear

artery

beetle).

of

12.

of (rat).

109

10, 67

oxide

(bark

10, 233

fraction. metabolized p-nitrophenol

(avian),

parathion to 11, 294

oxidase system. parathion sulfur oxyacid production oxidases. bug,

paraoxon

comparison of inducers see O~c~pc~/rr~s ,filscicrtl/s

cycloprate. toxicity

possible (mites),

Mitochondria cyanide-sensitive

role of 11, 159

and

desulfuration (rat), 10, 243

inactivator, lactate dehydrogenase organochlorine insecticides salmon). 11, 232

11. 301

inactivation (bovine.

carnitine

in

by rabbit,

selective

effect

cyanide-resistant

of carboxin

and

respiration,

thenoyltritluoroacetone

of photosynthesis

and

herbicides

respiration

(mung

by ?,6,-

bean),

11, 247

Mitosis trifluralin effects tnhoc~rrr~l), 12, see C‘r//~.r cells,

on I17

callus

tissue

pipie//.,

inhibitory

effects

endotoxin

induced

influenza infection, effect of diflubenzuron and

glutathione which 12, I

s&hemoglobin S-transferase conjugates

pulmonary 12. 257 feeding

of

pesticides

on

313

P-450, differences resistant and

on

12,

264

preparation chloro-.r-triazine

herbicidal phenylalkylureas as possible chemical basis of activity, 12, I83 liver, metabolism of O-p-nitrophenyl phonothionate and O-p-nitrophenyl phosphonate by. 10, 190 substrate selectivity and stereochemistry zymatic epoxide hydration in soluble liver, 11, 275

10,

162

from liver herbicides,

in forms susceptible

strain. to diflubenzuron,

metabolism of etrimfos. 10, 31 oligomycin-sensitive Mg”+-ATPase inhibition

12, 55 pyrethroid action

site.

caused

in

176 12,

DDT.

of

repetitive

sulfenyl-propoxur. backfiring

in flight

sublethal changes susceptible

poisoning. behavior and histological in central nervous system, 11, 135 and resistant, effect of anomalous

relationships

on

effects

by

insecticidal DMC

penetra-

on

labellar

re-

10, 299 significance

of acetylcholinesterase

of

10, 322

pyrethroid

action

system, activity

site,

of chlordimeform n~~fkm~licr

backfiring

in

on electri1. 12. 49

174

phenylalkylureas. 12, I83 of

repetitive

(housefly), 11, 218 of lactate dehydrogenase by orinsecticides (rabbit). 11, 232

units

effects (Gnllrritr 10.

Mutants mechanism tiitltrlotfs),

of

11, X3

phospholipids

ceptors. toxicological thorax,

herbtcidal tivity,

chemical

resistance

to fenarimol

basis

of ac-

~Aspr,qi//~~.\

10, 219

mutagens, phenylphosphenylof fraction

N

enof

Naphthyl Nereistoxin action

12.

polychlorocyclohexenes.

units. 11, 218 structure-activity Wmethocarbamates,

-nerve

10

differ-

by

motor quantitative phenyl

11. 13 of DDT

in

activity 11.

activity,

responses

oxidative metabolism of 10, 79 penetration and metabolism

present insects.

10, 287

tetrachlorvinphos-resistant mechanisms of resistance

metabolites. Mutagens

glycosaminogly-

biosynthesis,

to pyrethroids

receptors, and hydrolytic

cal Mutagenicity

oedema,

~IIIWII.S

effects of DDT on labellar glutathione S-transferase

ential 205

10,

of diphacinone.

(housefly) system insensitivity kdr strain, 12, 224

cytochrome insecticide 12, 239

Muscle flight,

(Nic,oticlutr

excretion

Eltu.~olrr.s

flight motor irr r (fro inactivation ganochlorine

growth and respiration, 10, DDT and inflammatory responses

can

see

tion, synergism

11, 208

rfrrrydis),

dinitroaniline

Mosquito, Mouse cultured

and

Mmc (I clortrestictr central nervous in resistant

and

(rat),

distribution 259 bean,

cuticular and

(Usfilago

inhibition

resistance

(rabbit),

tissue Mung

10. 23

Mexacarbate roles of flavoproteins in degradation Microsomes conversion of a-pinene to a-pinene

liver Milkweed Mirex

ant),

12, 79

isolated frog skin, N’-Methyl-N’-2,4-xylylformamidine effect on isolated central

liver

INDEX

N-methylcarbamate, on central nervous hornworm). 11. 117

se<’ Carbaryl system

(tobacco

SUBJECT

Nerve

297

INDEX

partition

cord,

pharmacokinetic rethroid esters

-muscle trical peripheral,

system, activity DDT

(lobster),

effects (Golleria inhibition

10.

Neurosecretion insecticidal Nicoriuno trifluralin

effects

py12, 38

of chlordimeform on elecn~r//one//~), 12. 49 of calcium-ATPase of

coefficient, of,

on

electrical

activity

and

selected

of

inhibitor, lactate dehydrogenase ganochlorine insecticides mon), 11, 232 plant

zymes sawiu),

in

Oxidation conversion

117 (Trilicrtr~r

12,

crf~stil~rrrn),

properties

10.

Oxygen evolution,

156

stimulation

of

detoxifying

insect

to a-pinene

en-

(Pcridror,rrr

oxide

(rat,

bark

on

light-

233

effects

dependent

Nitrite

inactivation by or(bovine, rabbit. sal-

phytophagous 12. 280

of a-pinene

beetle),

of ametryn

chemical

Oxamate

(stick

metabolic

physical

10, 203

Oxidase microsomal,

insect), 10. 197 tahnc~urtt (tobacco) effects, mitosis

activity,

of enantiomeric anlrricrr/lu),

I51

activity

effects, 12. reductase

Nitrate

behavior (Per;p/anuta

of

phenoxy

“CO,

herbicides

fixation

(spinach.

crabgrass).

10. 268

effects

of ametryn

Nitrofen phytotoxic Nonachlor effects

(Triticrtm

mode

uesril~rrm

of action

1. 12,

156

11, 267

(Bumill~riopsis),

P on

short-circuit

isolated

frog

current

skin,

and

resistance

of

10, 23

Norbormide studies on toxicity Norepinephrine

11, 74

(rat),

electrically induced formetanate on

release, isolated

boxylic

acids

of

of U-40481 ear artery

malathion

and (rab-

monocar-

cuticular penetration sulfur

(rat), metabolism,

10, 243 comparative

uptake,

Nucleotides acid-soluble. effect Nutsedge, SW Cyprrlrs

of diuron escrrlentrrs

(bean, L..

corn), 10, C. ro/rrrldrrs

251 L.

clearance, whole livers

0

plant

Occlusion dehydrogenase salmon). 11, 232

Oedema bacterial

endotoxin

responses

by

dieldrin

induced,

Mg’+-ATPase

tion responses tic0 ), 12, 205

(bovine,

DDT

rat),

by

O~ope/t,ts ,fusciafus structure-activity

(milkweed relationship

ureas

and

as toxicant

rabbit.

and

ganochlorine Onion conversion Organophosphates inhibition mamidase

(Coho i/r

differential DDT

reactivation (chicken),

stimulation

of

chitin

dor,~e~.

salmon) l’ifro inactivation

inhibitors.

(avian),

on insec1. 11, I3 results 11, 294

metabolism 11, 20

by

perfused

10, 174 in onions,

11,

detoxifying

189

enzymes

in

phy-

12, 280 (cockroach)

12,

insecticidal activity ity of neurohemal Pharmacokinetics

P. rrrtrer,s (mung mitochondria, respiration

by

or-

11. 232 11, 189

12. 273

effect tlomesriccr production

on giant axon. 11. of enantiomeric

117 pyre-

38

kynurenine

on spontaneous tissue (stick

pyrethroid ), 12, 38

electrical insect).

esters

10.

activ197

(Pcrip/tr/fc,ttr

Pllf/sro//ls

benzoylphenyl

synthesis

of

esters,

enantiomeric crrrlrricurlcr

of [“Clpentachloronitrobenzene. and

conversion scrrrcicr (cutworm)

throid

inhibi-

(Musccr

bugs) of

insecticides.

cholinesterase

Permethrin

11, 33 Oncorh~nchrru lisutch lactate dehydrogenase

brain

study

and (porcine),

tophagous insect, Prriplotrrtrr urwriczncr

inflammatory

12, 264

activity, caused

and 294

phospholipids (M/tsccr oxyacid

action of chlordimeform pharmacokinetic behavior

(mouse,

Oligomycin -sensitive

11,

Prtlicillirtm degradation of diflubenzuron. Pentachloronitrobenzene radioactive, Prridronrtr

lactate

parathion (avian),

anomalous ticide desulfuration.

10, 60

(rat),

of

Parathion

effects central

bit), 12, 109 magnetic resonance struture assignment

Nuclear ‘“C-,

Paraoxon metabolism inhibition

for-

herbicides. P. l,rr/guris (kidney effect of diuron growth, 10, influence of substitutions on selected

bean) inhibition of by substituted

photosynthesia 2.6.dinitroaniline

and

11, 247 bean) on

nucleotide

pool

and

seedling

251 chloro-. methio-. and methylthioof bis(isopropylamino)-.+triazine metabolic processes, 11. 201

298

SUBJECT

Phenols di-/err-butyl.

INDEX

Picrotoximn structure-activity

sect growth (.if/rt/l.\ ). 12, Phenylalkylureas possible

relationship

regulators

(C/,/K\-

for

in-


Y-

23

mutagens.

chemical

basis

of activity,

12,

IV-Phenylsuccinimides quantitative N-phenyl-

relationships 163

with

kynurenine

for-

of 12,

and

plant

its

uptake.

with

to

cu-pinene

oxide

(bark

synergism,

tissue

P-450.

12. 749

anomalous cuticular, effect on penetration ticides in susceptible and resistant flies hrw\tic~cr), 11, I3

metabolic and fish), 12. !I6

elimination

products

Polyoxtn

phytotoxic

excretion.

storage, 12.

and

isolatton

of action

polyoxin

beetle).

liver

and 10.

(fire

micro233

ant),

10,

I4

to diflubenztt-

1, 12, IO vlritrtc,//,,\

and 10,

by

excretion

of

diphacinonr

259 of

tetrachlorocyclohexenes. and hexachlorocyhousefly), 10, 79 by

tricyclazole

(l’c,r~ic~i//i//,,~

64

action

of benzoyl-phenylurea of chitin

insecticides

synthesis

(butterfly),

in12, 87

Prenylquinones

147

change\

of nitrofen

by

bark

of resistance

inhibition

by mode

with

D

stmilar

Photophosphorylation

in compositton herbicide Sandoz

tagonistic

tB//!~ri//~,rb~/~-

to

Rtrpirrrmc 1.

Si\ ). 11, 1-67

in green 6706.

phytochrome 12, ‘31

seedlings induced effect possibly anaction

(Hordcnnt.

Prometone

Photosynthesis DDE inhibition

(marine

algal),

10. 306

transport. phytotoxic mode (B//r,ri//crir,p.\i.v j1 11. 267

of nttrofen

brane properttes 11. 247 Phytochromes changes in carotenoids. seedlings (I/~lrrll~ll!ll.

of mitochondria

composition and Induced Kriplrirlr!l\

translocation following root

ac-

influence of substitutions of bistisoprophylamino)c-triazine on metabolic processes bean),

influence of chloro-, methoxy-, and methylthiostitutions of histisoprophylamino).v-triarine (kidney bean). 11, 701 inhibition by substituted 2.6-dinitroaniline bicides, effects on electron transport and

Ptcloram radioactive. plant5

dtatribution

hibition

(rat).

re\pi-

of parathion

oxide

c/o/~.\tic.c~ Lrrc,t/r//~/t[r:

~l~rirlirrc~).1 1.

of metabolites

tion

tAl~.tr vet’

Polyketide metabolism.

Photodieldrin

Photoheptachlor biotransformation:

and

20

metabolism

oxidative metabolism pentachlorocyclohexenes clohexenes (rat.

insec(Mr/.cctr

11,

(rat,

mechanisms

(mouse). Polychlorocyclohexenes

Pl~ormi~r wgimr (blow fly) multiple forms of cytochrome Phospholipids

electron

fractions

hutoxide on methoprene

ron Planthopper. Plasma

163

metaboltsm

livers.

to a-pinene

somal

Pheromones

radioactive, (bluegill

10,

butterfly) hy benzoyl-phenylurea in action

and

whole

tu-Pinene conversion Piperonyl effects

of a-pinene 10. 233

of.

on growth 10. 313

similarity

clearance.

hopper).

structureactivity relationships I .2-dimethylcyclopropane-

conversion beetle),

effects of pesticides (mosquito. mouse),

perfused

relationships

12,

activity

A,

insecticides, D. 12. X7

273

(housefly,

dicarboximides,

insecticidal

Pig

fluoride reactivation

acetylcholinesterase 11,83, 104

and

Pieri.\ hrtr.c.tic~tr~, (large white inhibition of chitin synthesis

quantitative structure-activity N-phenylsuccinimides.

mamidase (chicken), Phenyl N-methylcarbamates quantitative structure-activity

structure

inhibitory ration

12,

I83 N-Phenyl-1.2.dimethylcyclopropanedicarboximides

Phenylmethanesulfonyl inhibition and

analogs, I’8 Piericidin

tmung

suh-

Prometryn intluence of substitutions .\-triazine on metabolic hean), 11, 2tlI

hermem-

Proparine influence

bean),

of

r-triazine 11. 201 tn chlorophylls. prenylquinones in hy herbicide Sandor ). 12. ‘3 I and uptake

redistrtbution t4oy heanl.

in 11.

I29

of btstisoprophylaminotprocesses (kidney

substitution

of

in metabolic

processes

Protein\ synthesi\ influence of substitutions amino)-.\-triazine on ney bean), 11, 701

green 6706

tktdney

11. 201

hean).

btstiaoprophylaminotthidney

of metabolic

bistisoprophylprocesses

bean).

tkid-

SUBJECT

299

INDEX

diflubenzuron systemic fungicide, accumulation related to eradicative action

at infection site (A~‘c’ttcr .ctrti~~ct). 12,

inhibition

75

of

by glial

synaptic

localization,

cells

;,I ~,irro.

ATPases

in brain.

11.

and 11. 258

by

heptachlor-

285

liver effects

ration Pyrethroids action

of pesticides

(mosquito.

site,

repetitive

on growth

mouse),

10, 313

backfiring

in flight

and

respi-

motor

units

(housefly). 11. 218 nervous system insensitivity, resistant kdr strain (housefly). 12 . 2’4enantiomeric esters. pharmacokinetic behavior (P~~ri/hrwrrr trltlvric c,ttt, ), 12. 38 synthetic. action of decamethrin on rat. 10. 322

microsomal

P~~ic,/i/rrrilr

rj~\:tr<’

pathogenicity,

(fungus) effect

of tricyclazole.

11, 64

and

formetantate

vascular Radioactivity biliary

of isolated of ATPase (chicken), effects

on isolated

excretion

I47 conversion

antibody activities 12. 130

to

Kelevan, inhibited

cen-

of carbamate

and

insecticides

(rat).

of photoheptachlor: isolation of metabolites

and

of. (fire

excretion

of

(mouse). 10, 259 Rtrfrcr pipirm (frog) isolated shin, effect of insecticides current and resistance of, 10.

effect

11,

excretion. (rat), 12,

after ant),

albino, blliary

studies excretion

on

10. norbormide of carbamate

topical 10, I

reso-

as consequence 10. 243 from lindane in.

butylcarbamoyl

moiety

of

01 10,

137

benomyl

effect

by intestine, in degradation

of U-40481

central

ear

artery

11,

166 mexacar-

of

and

formetanate

(rabbit).

12,

on 109

of anomalous cuticular phospholipids secticidal penetration (housefly). 11,

on

electrophysiological responses of labellar hairs lowing DDT treatment (housefly), 10, 287 mechanisms. diflubenzuron (,lf/r.\c.c~ ~lo~c,.stic~tr), IO methoprene.

metabolic

detoxication

(mosquito). 12. 79 synergism of DDT effects ceptors tetrachlorvinphos,

(housefly).

Respiration cultured

cells,

by

(housefly).

inhibitory

effects

12.

DMC

on

labellar

re-

S-transferase 11.

and

I76

of pesticides

(mos-

short-circuit

carboxin and thenoyltrifluoroacetone (Uvrilrr,~~~ tttctJYli.\ ). 1 1. 208 influence of substitutions of bis(isoprophylamino)\-triarine bean).

by

carotenoids, herbicide

mouse).

fol-

mechanism

10, 299 glutathione

activity

in-

13

diphacinone

on 11. 201

substituted on electron 11, 74 11.

10. 313 and cyanide-resistant,

metabolic

inhibition difference in antifungal its formulated product

322 toxicity. insecticides.

monocarmagnetic

I

hydrolytic

Rat of decamethrin.

malathion

“‘C-nuclear

quito, cyanide-sensitive

on 23

R~r/~lrcr~r/~\ rtrti~.ri.\ changes in composition in chlorophylls, and prenylquinones induced Sandoz 6706. 12. 231 action

11,

Receptors cu.adrenergic,

(onion).

and characterization of [“Clmethoprene

distribution

of

with

sulfur oxyacid production parathion desulfuration. mercapturic acid formation of

of

Resistance

11. 46

of [ “C]pentachloronitrobenzene

11. 189 distribution treatment

acids 10. 60

isolated

reactiby pes-

of demethylchlordimeform,

56 biotransformations sortage,

assignment

boxylic nance.

attempts

of polychlorocyclohexenes.

metabolism of carbaryl roles of flavoproteins bate. 10, 67

tral ear artery, 12, 109 muscle. lactate dehydrogenase ;!I 1.itr.r) inactivation by organochlorine insecticides, 11. 132 properties vation ticides

classification

11, 301 metabolism

structure

metabolism (rat).

R

of U-40481

oxidases,

inducer. oxidative 10. 79

central

tls\ue

subcellular

fate

epoxide

Puromycin inhibitory

Rabbit effect

uptake,

metabolic

56

hiotransformations of photoheptachlor: excretion. storage. and Isolation of metabolites. 12, 147 conversion of cu-pinene to Lu-pinene oxide by liver, 10. 233 DDT and inflammatory responses. endotoxin induced pulmonary oedema. 12. 264

I!.h-dinitroaniline transport

effect

processes

activity calixin. and

(kidney

of tridemorph 12. 124

herbicides, membrane

bean).

11.

201

and

effects properties

of mitochondria (mung bean). 11, 247 R/rodcrt
of

(kid

300

SUBJECT

trifluralin /trhf/l~r,tn Rotenone inhibitory

effects ), 12, effects

ration

on 1 17

callus

tissue

phenyl

(,Yic.~~ritr/r~

N-methylcarbamates

cholinesterase,

of pesticides

(mosquito.

INDEX

on growth

mouse).

10,

and

Succinic carboxin

respi-

313

dehydrogenase inhibitory

action

tUs/i/o~o

rrftrycli.\

tion Sulfate root

uptake

capacity

barley. Sulfenyl-propoxur difference in antifungal formulated product Salmon, SC“ Otrcork~r~hrr.\~ Sandoz 6706 induced changes carotenoids, seedlings,

Seizures tonic, Seedlings effect

composition

and effect

of

prenylquinones possibly

action

its

in

green to

Rophtruu.t

induced

diuron corn),

on 10.

1, 12,

formation

microorgansims, 174 S~~lr~tol)si.\ iul,ic,/tr

(rat),

by

atrazine

(maiLe,

243

of

IA~tsc~cr

dr~rrrc,.tfic~rr.

ditlubenzuron

feeding

on

as consequence (rat).

of parathion

de-

10. 243

12. 249

of

pool

and

12, I72 of chlorotoluron

Buren

(fire

10,

49

strain 10.

ant) 10. and on

metabolism 166 Stereochemistry epoxide tmousel.

of carbaryl

picrotoxinin

synergist

1

possible

role miticide

S.S,S-tributyl methoprene

(rat).

in soluble

fraction

11.

kynurenine

11,

of carnitine cycloprate.

resistant

backfiring 218 in 11.

in

kdr

flight

selective 159 and

of mitochondria

for-

273

motor

toxicity

of

cyanide-resistant (Ustilcrgo

rrlrrydit

),

Thorax significance 10, 322

of

acetylcholinesterase

of

Sterol biosynthesis inhibited, antifungal mode of action of tridemorph. 12. 195 Stick insect. see Ctrrtrrr~irf.c )~to~o.~,,.\ Structure -activity relationships benzoylphenyl ureas as toxicant and chitin synthesis inhibitors (milkweed bug), 11, 33 formamidine pesticides (tobacco hornworm). 11. I17 insect growth regulators derived from substituted di-terr-butyl phenols (C~/r.r ylrirtyrleftr.5c.itrrtr.5 ). 12, 23

of 12.

Thenoyltrifluoroacetone effect on cyanide-sensitive respiration 11. 208

by intestine

reactivation (chicken),

repetitive (housefly). pcic.(/icrr.c

toxicological (housefly). hydration 11. 175

of

nervous system insensitivity, (housefly). 12. 224

pyrethroids. units I rtrtrtlyc~/fri.s

Spectrometry mass,

and

mamidase Tetramethrin central

in,

of diflubenzuron,

of piperonyl butoxide phosphorotrithioate metabolism, 10, I4 Soybean plant. .A<‘(’ G/~i/rc, ,TMLI

activity

T Teratogenesis inhibition

(Escltcrichitr

of [“Clmethoprene.

Insecticidal

growth

cu-hexachlorocyclohexane

metabolism

and

analogs, 10. I28 Synergist, .A(‘(’ Insecticide

10, 322

nucleotide 251

effects

enzymatic liver

respira-

I62

production sulfuration

structure P-450.

y-hexachlorocyclohexane 12, 68

fate of (C”]diflubenzuron, metabolic behavior

degradation

Sulfur oxyacid

10.

on mitochondrial I. 11. 208

metabolism 12. 55

effect

tmouse),

Soil from c,cdi),

and mr/l(/~rtr),

acetyl-

Synapses

decamethrin

anaerobic

penetration Api.c Sulfhemoglobin

chlorophylls,

antagonistic

(Hor
hrrll~ttr (flesh fly) forms of cytochrome

of (bean.

and

11,

its

104

inhibited

wheat).

biosynthesis, in

phytochrome 231 Swcoph~~~ multiple

activity of tridemorph calixin, 12, 124 Lisrrtcli

and

11, 83,

difference in antifungal formulated product Toxaphene dietary. bone development

activity calixin,

of tridemorph 12, I24

as affected

and

by (duck),

I68 Toxicity neurotoxicity. decamethrin (rat), 10. 322 norbormide studies (rat). 11. 74 optical isomers of O-ethyl O-I>-nitrophenyl phenylphosphonate and O-ethyl O-p-nitrophenyl phenylphosphonothionate. penetration and metabolism Lklwrc~r tlc~rurstic~cr. Apis

10. 121 of sulfenyl-propoxur rrrc,//(fi,rcr ), 12. 55

its

10.

SUBJECT

significance

of

(housefly). Transformation biochemical.

acetylcholinesterase

metabolic

fate

of

methazole

on

cotton

and

atrazine 343

(nut-

of chlorotoluron.

inhibition

of ion

of methazole

(nutsedge),

at

infection

site

tive action (P~ci/rirr 12, 75 .S.S,S-Tributyl phosphorotrithioate

10,

12.

275

U-40481.

by

roots,

11.

S(IP N’-Methyl-N’-?,4-xylylformamidine

biotranbformations storage, 147

derivatives (soybean).

on

methoprene

crabgrass). (2.4,6-Trichlorophenoxy)acetic

CIstilrr~o

10,

acid “CO,

of

dtrlrlitrc~ Tridemorph, Trifluralin effect on

to eradica-

(fire

ant),

fixation

10,

and

of photoheptachlor: isolation of metabolites

IIIN?.(/~.s (sporidia)

melanin

“CO,

14

of action

of tridemorph,

(spinach.

fixation

(spinach.

12.

its on

respimode

195

V ~c~rticYl/irir~ inhibition

~l~l~li~~ (fungus) site of tricyclazole

pathway, biosynthesis

and

cyanide-sensitive and cyanide-resistant ration, 11. 108 multiplication of sporidia inhibited, antifungal

268 acid

excretion, (rat). 12.

difference in antifungal activity of tridemorph formulated product calixin, 12, I?4 effect of carboxin and thenoyltrifluoroacetone

A VCJ,IO .strti~.cr 1.

metabolism

on light-dependent crabgrass). 10. 768

Trlcyclazole inhibition

related

c’orr>~rrttr.

(2.4,s.TrichlorophenoxyIacetic effects on light-dependent

in melanin

biosynthetic

11. 64

(C’evtic,i//i//!~r w

). 1 1. 64 .SP~J 2.6.Dimethyl-,Y-tridecylmorpholine tobacco

metabolic

callus effects.

tissue, 12,

mitosis

and

selected

117

Z

Triglyceride levels in adipose tissues. effect dose of DDT on lipid metabolism

,)r/l/rrrltr).

12.

of single (Aftrctrr,tr

31

Trificr/frr 7

uptake

U in soil.

1’9

Triarimol accumulation

increased oral

10, 49

(wheat)

Urine fate

11,

effect<

behavior

T. .sc~rit,//n~

metabolism of carbofuran aminosulfenyl in cotton and corn. 10. IO4 picloram. in plants following root uptake

effects

metabolic

thorax

10, 321

sedge). 10, 275 Translocation fate of [C”]diflubenzuron 172 metabolic

of

301

INDEX

tresti~~utr~ (wheat) effects of ametryn on and nitrite content,

nitrate reductase 12. 156

activity

%~a ~,rtrys

(maize)

atrazine

inhibition

by roots,

metabolism seedlings,

of diazinon and etrimfos by. effect of diuron on nucleotide 10,

carbofuran 104

uptake

10,

growth,

of

of ion

metabolism tives.

251

aminosulfenyl

11, 243 deriva10, 212 pool and