Sentence examples for have the ability to study from inspiring English sources

Sport science has got the most out of players ("there were no GPS and heart monitors back in the day"), teams now have the ability to study their opponents in minute detail through statistics and video, and there is more tactical nuance.

"We don't know what lies within the core of Jupiter or Saturn but now for the first time we now have the ability to study how matter exists under these extreme conditions of pressure and temperature," said lead author Dr Ray Smith, of Lawrence Livermore National Laboratory, California.

Like Penzias and Wilson, paleontologists, molecular biologists, anthropologists, geologists and many more have the ability to study the past carefully while living in the present.

With biotechnological advances in gene expression profiling, we have the ability to study large-scale differential regulation of genes genome wide, and to measure the transcriptional responses to certain complex biological conditions [ 20].

Therefore, we had the ability to study the relation between A1C and glucose in a representative sample of the Dutch population with different stadia of glucose tolerance.

We had the ability to study dose response effects as we had data with a large exposure contrast and, further, we had a rather large proportion (9%) of mothers with an alcohol intake of >4 drinks/week.

Thus, having the ability to study tidal marsh plant responses to a variety of environmental factors including nutrient and contaminant (e.g., oil and heavy metals) concentrations using manipulative experiments is particularly useful (Portnoy and Valiela, 1997; Millward et al., 2004).

Bob Elliott, a twenty-nine-year-old Harvard graduate who has worked at Bridgewater for six years, told me earnestly, "Once you understand how the machine works, you have the ability to take that and study and apply it across markets".

Epi-demiological techniques have enhanced the ability to study the complex interactions between factors that may contribute to the occurrence of AR.

However, advances in genomic technologies and detection methods have improved the ability to study the underlying genetics of prostate cancer risk.

Using this model of DCIS, we have demonstrated the ability to study the effects of HMFs and potentially other microenvironmental factors on the invasive transition of DCIS to IDC in a physiologically relevant in vitro setting.