Sentence examples for mould exposure from inspiring English sources

Heavy rain and flooding may cause water damage on buildings and lead to increased mould exposure.

Dampness and mould exposure have been repeatedly associated with respiratory health.

However, previous studies have reported increased risks of asthma during childhood in association with mould exposure [ 15- 17].

The potential uncertainty of the MSI measurement beyond the simple Monte Carlo treatment of the uncertainty in mould exposure is not examined here.

Although there are proven links between indoor mould exposure and asthma (Denning et al. 2006), the increased fungal exposure on the Underground is highly unlikely to affect healthy individuals.

Large time series and ecological studies of asthma mortality and admissions in relation to pollen or mould exposure [ 7, 28– 32] present effect estimates for the entire population and have not included differences in effect in those who are and are not sensitised (the proportion of which varies between countries).

While the three types of foam share the same base material (open cell rigid PU), one batch is transformed into auxetic (i.e., negative Poisson's ratio) using a special manufacturing process involving moulding and exposure to particular temperature profiles to stabilize the microstructure transformation.

While the two types of foam share the same base material (open cell PU PE), one batch is transformed into an auxetic one (i.e., negative Poisson's ratio) using a special manufacturing process involving moulding and exposure to particular temperature profiles to stabilise the transformation of the microstructure.

Due to the cross-sectional nature of this investigation, reverse causation cannot be ruled out completely, but considered as reduced, at least for inspector observed exposure of mould and dampness.

Having a damp or mouldy home or bedroom was associated with higher adjusted mean ratios of the asthma score, significantly for reported current exposure to mould at home (aMR 95%CI: 1.41 (1.07-1.85)) as shown in Table  4.

The consensus was highest for the ability of current scientific methods to predict the magnitude of the increase in the frequency of acute asthma and respiratory morbidity as a result of increased exposure to mould and spores in buildings, where 13 out of 16 experts answered that we have high ability to predict the magnitude of this effect (consensus index 0.85).