Sentence examples for screening rates of from inspiring English sources

Screening rates of 10,000 compounds per day are readily achievable, even in relatively small (compared with large pharmaceutical companies) academic centres and biotech companies.

Although rated "A" recommendation strongly recommended by the US Preventive Services Task Force, screening for colorectal cancer received less attention than prostate cancer screening which is rated "I insufficient evidence—(reported screening rates of 25%and36%6%, respectively).

The primary analysis will be based on comparison of screening rates of patients in the early group who receive the intervention with those in the delayed group who receive usual care during the same time period.

6, 7 This rallied a recent initiative from the National Colorectal Cancer Roundtable (NCCR), a national coalition of public, private, and voluntary organizations, to aim for screening rates of 80% in the United States by 2018.

The other survey, by the New York Academy of Medicine, with the help of a consortium of medical schools and research centers, found screening rates of 34percentt for blacks, 28percentt for Hispanics, 30percentt for Asians and 48percentt for whites.

For example, the average decrease in colorectal cancer death rates since 1990 appear to be larger among whites compared to most of the other racial/ethnic group in part because whites have the highest colorectal screening rates of all racial/ethnic groups [33], and white colorectal cancer patients are more likely to receive the standard treatment [17], [61].

The overall response rate was 62%, with screening rate of 88% and participation rate of 70%.

6.02 6.10 5.15 4.80 Screening rate Percent of the 100 % FFS Medicare population residing in the county and alive all year that utilized cancer screening (mammography, endoscopy) (2006).

Only one of the Māori provider practices (12.5%) was characterised as high-screening (with an overall screening rate of 20+%%) compared with 13 (59.6%) of the other provider practices.

The simulations were verified experimentally by designing a prototype system of equal effective screening area, and with equal input masses of glass beads, an overall screening rate of 23 g/s and a maximum separation efficiency of 66.4% was achieved.

The two models were test-run by numerical simulation under computer-generated, uniformly distributed random sized particles on a hypothetical 0.254 m radius cone, from which a theoretical screening rate of 32.52 g/s was achieved.