These enzymes are significantly increased by water deficit.
The fungal metabolites, mannitol and loline alkaloids, also significantly increased with water deficit.
Water deficit significantly increased proline concentrations in Cabernet Sauvignon berries (p = 0.0004), increasing by 3-fold at maturity (Fig. 11).
Consistent with this, the abundance of a thioredoxin-f type protein (Trx-f, D7WPN1, additional file 1) was significantly increased throughout the water deficit treatment.
Water deficit significantly increased ABA-GE concentrations (Fig. 5) in Chardonnay berries (p = 0.0005) but not in Cabernet Sauvignon (p = 0.59).
Water deficit significantly increased MIR- Seq11 and MIR- Seq15 expression in the roots compared to the control condition in the sensitive genotype, but both miRNAs did not vary in the tolerant plants.
In addition, water deficit significantly increased mRNA expression of these genes at the start of véraison in Cabernet Sauvignon and was probably responsible for the most part in the increased concentrations of individual anthocyanins in the berries (Fig. 12) and in wine color [ 36].
The proportion of infants with gross motor deficits significantly increased, as test demands became more challenging.
The proportion of infants with gross motor deficits significantly increased over this period (14%, 33% and 81%, p<0.001), particularly for the 'micropreemies' (born <750 g).
Our data show significantly increased risk of new deficits for patients assigned to RPA class 3.
In the skin and pulp, water-deficit significantly increased transcript abundance from several functional categories including those associated with the biosynthesis of phenylpropanoids, lignin, proanthocyanins as well as aroma metabolites.
