Sentence examples for tracing disease from inspiring English sources

Almost everyone who works with detection technology — whether meant for tracing disease inside the human body or for detecting explosives at an airport terminal — must contend with the pesky nuisance of false positives.

Although the migrations established in this study are important in tracing disease spread connected to Guinea-Bissau, we emphasize that these are the migrations that we can extract from the analyzed sequences.

The reason for this choice was the sequential structure of spread and thus the sequential search when tracing disease.

Our search included the terms: "tuberculosis", " Mycobacterium tuberculosis", "tuberculosis, pulmonary", and "contact tracing", "disease outbreaks", "contact", "spread", "contact screen*", "disease transmission", "case find", "cluster analysis", "household", "household contact", "case finding" or "case detection".

Mr Quammen is a lively writer and a good detective, tracing diseases from their first appearance back to their origins in some cases, still unsettled.Familiar diseases are given a fresh gloss, while even the most devoted hypochondriac will find some new ones to worry about.

We can use microbial DNA to trace disease outbreaks in a matter of hours.

He is working for the Agriculture Department developing a cost-benefit analysis on a program that traces disease in farm animals and its effect on farmers.

And it is a safe bet that Ohlendorf is the only one who spends some of his free time finishing a cost-benefit analysis on a program that traces disease in cattle, poultry, swine, goats and sheep, and its effect on farmers.

Quality has become preeminent, and because a tiny country can't be good at everything, there's a narrower focus on promising areas such as biomedicine--the country has entered the pilot phase of a national genetic database that could help trace disease genes ( Science, 8 November 2002, p. 1150 --and materials science.

This kind of linkage can trace disease development and progression, but for that we need to understand how the perturbations in a protein affect other proteins and how these changes are reflected on the body parameter.

Viruses and pathogenic microbes (e.g. bacteria, phytoplasmas, and some fungi) with high mutation rates and short generation times may be exceptions to this rule and indeed genetic data are increasingly being used to trace disease transmission pathways.