Sentence examples for means will contribute from inspiring English sources

It is therefore conceivable that downregulation of synovial citrullination by any means will contribute to the resolution of local inflammation.

For a given shrunken centroid only those genes for which the shrunken means still differ from the overall mean will contribute to the distance between centroids and any individual tumor sample's expression pattern.

Mean scores on the multi-item scales that are below the population mean will contribute to component scores opposite to the direction defined by the factor score coefficient [ 39].

Add in the plans for the NHS pension reform – which mean employees will contribute more to their pension and work for longer – and the future doesn't look too rosy for healthcare students.

First, the outsized carbon footprints of the one-percenters at the top of the economic pyramid - which go along with their outsized incomes - mean they will contribute more to the dividend pie than they get back.

It is important to note that although novel risk factors may be associated with type 2 diabetes, it does not mean they will contribute to risk prediction, as these are separate issues of etiology and prediction (32).

This is also a percent, and it indicates how much your employer is willing to contribute to your savings: For example, if your company offers a 3percentt match, that means it'll contribute 3percentt of your annual salary to your 401(k) if you do, too.

K will hence be 7 which means that each pixel position will contribute with 7 binary codes to the histogram.

The first three budget premises means that taxes and defense will contribute more to the deficit, and Medicare and Social Security aren't available for quick savings.

I'm not arguing for socially conscious art, but rather more socially conscious leadership, which means widening the perspectives that will contribute to envisioning ballet in the 21st century.

What this means is that a crystallite will contribute intensity to the Debye Scherrer ring over ± π/2 that peaks at X = 0 if Ω < θ and at ±X and X = 0 if Ω > θ.