Примери за използване на Maternal toxicity на Английски и техните преводи на Български
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There was no maternal toxicity observed in this study.
These effects may be partly related to maternal toxicity.
Maternal toxicity was limited to decreased body weight gain.
The effects in offspring were associated with maternal toxicity.
In the rabbit study, maternal toxicity was observed at 240 mg/kg/day.
These effects were associated with clear maternal toxicity.
Although maternal toxicity was observed at these doses, a relation to treatment cannot be excluded.
This effect was considered to be secondary to maternal toxicity.
There were only modest signs of maternal toxicity(moderate reduction of body weight) in this study.
Observed foetotoxicity was probably related to maternal toxicity.
Maternal toxicity occurred at doses similar to those eliciting developmental toxicity. .
The NOEL was 0.5 mg/kg bw/day based on maternal toxicity.
Maternal toxicity in rodents has been observed at doses of 400 mg tylvalosin per kg bodyweight and above.
Embryotoxic effects were observed at doses in the range of maternal toxicity.
Maternal toxicity occurred at doses similar to those eliciting developmental toxicity. .
Increased embryolethality was also observed in the presence of maternal toxicity.
In both species, there was a slight maternal toxicity consisting of low food consumption and reduced body weight.
The lower offspring body weight was considered secondary to maternal toxicity.
Foetal toxicity(i.e. total litter loss) and maternal toxicity was noted in rats at maternally toxic doses.
The observed embryofetal toxicity occurred at doses associated with maternal toxicity.
Effects on the embryo were due to maternal toxicity and not to direct effects of the substance on the developing embryo.
Meanwhile, the short thoracolumbar supernumerary ribs were observed at doses without maternal toxicity.
Due to this maternal toxicity, no conclusion can be drawn regarding the effects of defibrotide on embryo-foetal development.
The association of these developmental effects with maternal toxicity could not be established.
No effects on fertility or embryofoetal development were observed in rats and rabbits,except at doses related to maternal toxicity.
More recent studies showed that effects on the embryo were due to maternal toxicity and not to direct effects of the substance on the developing embryo.
In mice, a slight reduction in the foetal bodyweight was seen at doses causing maternal toxicity.
More recent studies showed that effects on the embryo were due to maternal toxicity and not to direct effects of the substance on the developing embryo.
According to a test done on animals,it showed that toxicity only occurred only in the presence of maternal toxicity.
However, in the absence of understanding the association between maternal toxicity and developmental effect, the relevance to human safety cannot be addressed.