Sentence examples for increased favouring from inspiring English sources

Shipping has increased, favouring the ports of Avilés, Gijón, and El Musel.

For some aspects of diabetes care, the existing gap between whites and blacks/Indians (recording of smoking status), and between whites and Indians (achieving HbA1c target) increased, favouring non-whites.

Philip IV showed him increased favour, however, and, after Nogaret had greatly aided him in his measures against the Templars, managed to procure his minister's absolution.

Natural fibre-reinforced polymer composites have found increased favour of late, particularly within the automotive industry where Kenaf is often used alongside flax, hemp and jute as a reinforcement for car panels door trims and parcel shelves, for example.

They, too, are likely to find increasing favour with young Tunisian men who are dreaming of jihad, as the government steps up border controls elsewhere.

Heating and cooling systems based on the use of hot or cold floors or ceilings meet increasing favour.

Scotland increased the age at which children can be prosecuted from eight to 12 in 2011, and in Northern Ireland, the minister for justice, David Ford, has committed to pressing for an increase, favouring 12 or 14.

Hence, inerts (XI) and methanogens (Xac) are situated in the inner zone, and this fraction lowers as the radius increases favouring the presence of acidogens (Xsu,Xaa, Xfa) and acetogens (Xc4,Xpro).

Moreover, aerobic glycolysis leads to intracellular pH increase, favouring caspase inactivation.

High doses lead to cell death while a moderate increase favours cell survival signalling (Martindale and Holbrook, 2002).

[The level of post-synaptic depolarization determines the amount of Ca2+ entering the dendritic spine; a moderate rise in Ca2+ leads to a predominant activation of phosphatases and LTD, whereas a stronger increase favours activation of kinases and LTP.] Accordingly, the ABS rule postulates the existence of two voltage-dependent thresholds in the post-synaptic cell, called θ– and θ+ (with θ– < θ+).