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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 - 46<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 />

Na3NTA XXXS larvae IMMER MORT 350 mg/L Survived up to 350 mg/L over 96 h in buffered solutions;<br />

complete mortality in unbuffered solutions with pH > 9.4.<br />

Flannagan 1971 k<br />

nabam XELA embryo<br />

(stage 10-<br />

11)<br />

IMMER DEVOBS 4 Alteration in pigment <strong>of</strong> retina, notochord <strong>and</strong> skin at<br />

ultrastructural level.<br />

Prahlad et al. 1974 k<br />

nabam XELA embryo<br />

(yolk plug<br />

stage)<br />

IMMER DEVOBS 22 1-3 Waviness <strong>of</strong> notochord <strong>and</strong> punctuate melanophores.<br />

Bancr<strong>of</strong>t <strong>and</strong> Prahlad 1973 k<br />

nabam XELA embyro<br />

(yolk<br />

plug)<br />

IMMER DEVOBS 10-1000 ppb 57 % survival in control groups <strong>and</strong> 56-60 % survival in<br />

exposed groups at 10 d > 30 ppb 62 - 96 % abnormal.<br />

Birch <strong>and</strong> Mitchell 1986 k<br />

NaCl RABR tadpoles IMMER MORT 5.6-7.7 1-10 g/L Mortality occurs at 6 g/L after 48 h or 3 g/L after 72 h. Mahajan et al. 1979<br />

NaCl RACA adult IMMER PHYSIO 1 M NaCl /g Salt load resulted in increased osmotic water flow <strong>and</strong> tritiated Parsons et al. 1990<br />

water diffusion.<br />

NaCl RAPI adult IMMER PHYSIO 1 M NaCl/g Salt load resulted in increased osmotic water flow <strong>and</strong> tritiated Parsons et al. 1990<br />

water diffusion.<br />

NaDEDC MIOR embryo IMMER DEVOBS 0.5 -5 mg/L 5 mg/L: highly embyrotoxic, growth <strong>and</strong> development<br />

retardation, death in 24 h. 3 mg/L: survivors were 'highly<br />

retarded' <strong>and</strong> malformed; after 72 h general edema, abnormal<br />

bending <strong>of</strong> body, kinky notochord.<br />

Ghate <strong>and</strong> Mulherkar 1980b k<br />

naphthalene RAPI adult TISPREP PHYSIO 1-30 mg/L EC50(30min)= 4.4 mg/L; dose response relationship on Na<br />

active transport.<br />

Blankemeyer <strong>and</strong> Hefler 1990<br />

napth<strong>of</strong>lavone (ßNF) CHPI adult INJECT PHYSIO Purified turtle P450 fractions may be useful in further studies<br />

<strong>of</strong> the catalytic function <strong>of</strong> the inducible proteins.<br />

Yawetz et al. ?<br />

n-butyl sulphide THRA adult DERMAL BEHAV One snake died shortly after voluntarily ingesting n-butyl<br />

sulphide, other behavioural observations are noted.<br />

Secoy 1979<br />

neostigmine XXFR adult TISPREP PHYSIO Inhibition <strong>of</strong> ACh was recorded <strong>and</strong> compared to that found<br />

in chicken <strong>and</strong> rat brain.<br />

Andersen et al. 1977<br />

NH3 XELA embryo IMMER MORT Gastrulation is most resistant stage.<br />

Ramusino 1980 k<br />

NH3, temp XELA juvenile IMMER MORT 16, 20 8-8.4 Toxicity <strong>of</strong> ammonia differed with temp; possibly related to<br />

skin surface area <strong>of</strong> animal.<br />

Dejours et al. 1989b<br />

NH4, pH PLWA tadpoles pH+CON BEHAV 24 Toxicity depended little on the ammonium conc., but rather Dejours et al. 1989d<br />

TAM<br />

depended mainly on the conc. <strong>of</strong> dissolved NH3.<br />

NH4Cl, NH3 PLWA adult pH+CON BEHAV 24 7.89-8.49 Ammonia toxicity generally increased with NH3 but at a Dejours et al. 1989c<br />

TAM<br />

given PNH3 value, toxicity is higher in hypoxia than in<br />

normoxia <strong>and</strong> higher in normoxia than in hyperoxia. Animal<br />

size also influenced ammonia toxicity.<br />

NH4Cl, NH3 XELA adult BEHAV 24 7.89-8.49 Ammonia toxicity generally increased with NH3 but at a<br />

given PNH3 value, toxicity is higher in hypoxia than in<br />

normoxia <strong>and</strong> higher in normoxia than in hyperoxia. Animal<br />

size also influenced ammonia toxicity.<br />

Dejours et al. 1989c

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