Sentence examples for possible to monitor all from inspiring English sources

Still, Mr. Yoffie is most impressed by the rapid spread of low-cost sensors that make it possible to monitor all kinds of physical objects, from fruit shipments (sniffing for signs of spoilage) to jet engines (tracking wear to predict when maintenance is needed).

It will make it possible to monitor all of us and our family members without us committing a crime.

In contrast, with PV, it is usually possible to monitor all patients who are taking a particular drug.

However, it is not possible to monitor all 44 000 kinds of mRNA species that are transcribed from the human genome for many samples at the same time.

The problem is that it is not possible to monitor all aspects of health care affects more than price setting, in fact.

Another key challenge for EPV is that in the environment there are many different species that may be potentially exposed; however, it is simply not possible to monitor all of them.

Finally, the very difficulties which lead to high transactions costs in healthcare contracting also indicate that it will be difficult to use these contracts to achieve full accountability from providers of care, as it will not be possible to monitor all aspects of performance.

Secondly, in the absence of parallel detection, it is crucial to perform the switching between the different species as fast as possible, and to monitor all relevant parameters that may compromise the achievable precision.

It is possible that failure to monitor all aspects of sedation in the present study accounts for the proportion of missing details regarding reasons for drug administration, and especially the large proportion of additional comments given as reasons for opioid administration.

By ensuring fair energy consumption of sensor nodes, CEDA makes it possible for monitoring stations to monitor all subareas for longer periods of time.

Microarrays have made these studies possible by enabling researchers to monitor all known genes of an organism simultaneously to detect patterns of gene activity [ 1], alternative splicing variants [ 2] the presence of single nucleotide polymorphisms [ 3], the presence of copy number variants and [ 4] DNA binding sites of diverse proteins [ 5], among others.