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RATL: A Database of Reptile and Amphibian Toxicology Literature

RATL: A Database of Reptile and Amphibian Toxicology Literature

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Contaminant a Species<br />

Code b<br />

Lifestage Exposure<br />

Route f<br />

Table 4 - Laboratory Studies - 3<br />

Study<br />

Endpoint g Temp h pH Contaminant<br />

Concentration<br />

e<br />

Results, Residues, Effects <strong>and</strong>/or Remarks d,e<br />

Reference k<br />

alachlor ALMI adult (F) TISPREP PHYSIO Estrogen receptors from alligator oviductal tissue tested with<br />

various environmental chemicals <strong>and</strong> with 17ß-estradiol.<br />

Arnold et al. 1997<br />

alachlor BUVU embryo IMMER PHYSIO 0.312- 5 % Very toxic to embryo <strong>and</strong> tadpole developmental stages. Constantini <strong>and</strong> Panella 1975<br />

aldrin ACCR adult IMMER MORT 21-24 Frogs collected from areas treated or untreated with pesticide<br />

<strong>and</strong> exposed to 0.03 or 0.05 g/mL. Percent mortality lower<br />

in frogs from treated fields than those collected from no or<br />

minimal treatment.<br />

Vinson et al. 1963 k<br />

aldrin ACGR adult IMMER MORT 0.01 g/mL= 40% mortality; 0.05 g/mL= 70% mortality in 36<br />

h.<br />

Vinson et al. 1963 k<br />

aldrin BUAR embryo IMMER MORT 5 ppm= 100% mortality at 15 d, 15 ppm= 100% mortality at<br />

Juarez <strong>and</strong> Guzman 1984a<br />

10 d. 1 ppm not toxic.<br />

k<br />

aldrin GRGE adult (F) TISPREP PHYSIO 0.53, 5.3 <strong>and</strong> Inhibition <strong>of</strong> Na-, K-, <strong>and</strong> Mg-dependent ATPase may have Wells et al. 1974<br />

53 µM been related to cell membrane alteration.<br />

aldrin RACY adult IMMER DEVOBS 19-26 7.9 % conc. ranged from 0.006 (215 min) to 0.125 (55 min)<br />

ppm where “time” is time until death.<br />

Rane <strong>and</strong> Mathur 1978 k<br />

aldrin RAES adult TISPREP PHYSIO 18 Motor end plate: 10 -5 <strong>and</strong> 10 -4 M exerted both pre-<strong>and</strong> postsynaptic<br />

actions; caused increase in end-plate potential<br />

frequency <strong>and</strong> decrease in amplitude.<br />

Akkermans et al. 1974 k<br />

aldrin RAES adult TISPREP PHYSIO 18 Sartorius nerve muscle: 25 x10 -5 M produced increase in endplate<br />

potential to 4 times control level at 20 min, after<br />

which amplitude declined <strong>and</strong> transmission completely<br />

blocked.<br />

Akkermans et al. 1975b k<br />

aldrin RAHE adult IMMER PHYSIO Glycogen increased; lipid increased; cholesterol increased;<br />

pyruvate decreased; lactate increased in kidney.<br />

Vijay <strong>and</strong> Jayantha Rao 1991<br />

aldrin RAHE adult IMMER PHYSIO Glycogen increased; lipid increased; cholesterol increased;<br />

pyruvate decreased; lactate increased in liver.<br />

Vijay <strong>and</strong> Jayantha Rao 1991<br />

aldrin RAHE not IMMER PHYSIO 0.24 mg/L Effects after 1 wk exposure were: depletion <strong>of</strong> protein in Joseph <strong>and</strong> Rao 1991<br />

specified<br />

brain, muscle, kidney <strong>and</strong> intestine; after 2 wks exposure<br />

there was an increase in amino acid levels <strong>and</strong> 4 wks <strong>of</strong><br />

exposure showed enhanced protease activity <strong>and</strong> amino<br />

transferases.<br />

aldrin RAPI adult IMMER BEHAV 25 5.68-5.90 0.15- 0.30 At 30 d exposure, 8 dead in 0.30 ppm; at 0.23 <strong>and</strong> 0.15, 0<br />

frogs dead.<br />

Kaplan <strong>and</strong> Overpeck 1964 k<br />

aldrin RAPI adult IMMER RESIDUE 11 ppb Decreasing rate <strong>of</strong> accumulation by abdominal skin vs time. k<br />

Kaiser <strong>and</strong> Dunham 1972<br />

aldrin RAPI adult TISPREP PHYSIO In abdominal skin, no changes in short circuit current at 2 x<br />

10 -4 M.<br />

aldrin RAPI adult TISPREP PHYSIO Microsomal metabolism in liver (apparent Vmax <strong>and</strong> Km<br />

values): Vmax= 0.056 nmol/min/mg; Km= 43 nmol/mg.<br />

aldrin RAPI adult TISPREP PHYSIO 18 Motor end plate: 10 -5 <strong>and</strong> 10 -4 exerted both pre- <strong>and</strong> postsynaptic<br />

actions; caused increase in end-plate potential<br />

frequency <strong>and</strong> decrease in their amplitude.<br />

Webb et al. 1979 k<br />

Ronis <strong>and</strong> Walker 1985 k<br />

Akkermans et al. 1974 k

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