testing percentage

USAGE SUMMARY

The phrase "testing percentage" is correct and usable in written English.
It can be used in contexts where you are discussing the proportion of tests that are successful or the rate of testing in a particular scenario. Example: "The testing percentage for the new software was remarkably high, indicating its reliability."

✓ Grammatically correct

Science

Bioinformatics

Clinical interventions in aging

Human-verified examples from authoritative sources

Exact Expressions

6 human-written examples

Its curve is often above all other methods, except for 10 labeled controls; testing percentage 70%: 70% labeled controls; and testing percentage 80%10%0% and interval 40 50%.

Bioinformatics

Each graph shown is for 30, 60, 70 or 80% fixed drug percentage (testing percentage).

Bioinformatics

Pearson's chi-square test was used for testing percentage differences between two groups.

Clinical interventions in aging

Data from a sample of inmates evaluated for bloodborne infections in 2009 2010 demonstrate that 11.7% of inmates were screened for HIV, while HCV and HBV testing percentage was lower [ 33].

BMC Infectious Diseases

Once virus stocks were characterized, the dengue PRNT50 for each of the four serotypes was optimized according to a factorial design of experiments approach for critical test parameters, including days of cell seeding before testing, percentage of overlay carboxymethylcellulose medium, and days of incubation post-infection to generate a robust assay.

American Journal of Tropical Medicine and Hygiene

This is to compare with FABS-NC′: for the same testing percentage, using all positve and negative controls only requires twice as much running time than that of using only 10%100 corresponds to around 50 controls in total, a relative small number of images that can be obtained through HCS.

Bioinformatics

Human-verified similar examples from authoritative sources

Similar Expressions

54 human-written examples

Center ranking is generally of low quality, giving small accuracy for all testing percentages.

Bioinformatics

It is also robust considering that the trend of prediction curve remains the same for different testing percentages.

Bioinformatics

For all testing percentages, the prediction accuracy of FABS-NC′ steadily increases as more labeled controls become available, especially when more images are tested (70 and 80%)—the slope increases then levels off from the left to the right.

Bioinformatics

Additionally, these testing percentages bring to light an important gap in HIV prevention among MSM in Mozambique, where between 4 and 7 % of MSM have an undiagnosed HIV infection [ 20, 21].

AIDS and Behavior

From the figures, among FABS-, we can observe that for all testing percentages considered, FABS-Spectral takes the most running time, lagging behind both FABS-NC′ and FABS-SVM by large margins.

Bioinformatics

Expert writing Tips

Best practice

When reporting "testing percentage", always specify the population or sample group to which the percentage refers to provide clear context.

Common error

Avoid using "testing percentage" without clearly stating what is being tested and the group being tested. For example, instead of saying "the testing percentage was low", specify "the testing percentage for HIV among MSM in Mozambique was low".

Linguistic Context

The phrase "testing percentage" functions as a noun phrase, typically used to denote the proportion or rate at which tests are conducted or the success rate of such tests. Ludwig AI confirms its usability in various contexts.

Expression frequency: Uncommon

Frequent in

Science

100%

Less common in

News & Media

0%

Formal & Business

0%

Ludwig's WRAP-UP

The phrase "testing percentage" is a grammatically correct noun phrase used to express the proportion or rate of tests conducted or their success rate. Ludwig AI confirms its usability in various contexts. It's most frequently found in scientific and academic contexts, requiring clear specification of the tested subject and population. While alternatives like "test success rate" and "testing rate" exist, maintaining clarity and context is crucial for effective communication.

More alternative expressions

Phrases that express similar concepts, ordered by semantic similarity:

test success rate

Replaces "percentage" with "rate", focusing on successful outcomes.

testing rate

Simplifies the phrase by focusing on the rate of testing.

percentage of successful tests

Rephrases to emphasize successful test results.

test completion rate

Focuses on the rate at which tests are completed.

proportion of tests conducted

Uses "proportion" instead of "percentage", indicating a ratio of tests.

evaluation percentage

Substitutes "testing" with "evaluation", broadening the context.

assessment percentage

Uses "assessment" in place of "testing", suggesting a formal evaluation.

screening percentage

Applies when the context involves screening processes.

detection rate

Focuses on the rate at which something is detected through testing.

positive predictive value

Emphasizes the probability that a positive test result is truly positive.

FAQs

How is "testing percentage" used in scientific research?

In scientific research, "testing percentage" is commonly used to describe the proportion of samples or subjects that undergo a particular test, as seen in studies related to HIV screening or drug efficacy. For example, it's often used alongside statistical tests like Pearson's chi-square.

What statistical tests are used with "testing percentage"?

Statistical tests such as Pearson's chi-square test are often used to determine if there are significant differences in /s/percentage+differences between two groups being compared.

What's a good alternative to "testing percentage" in general writing?

In more general writing, you could use "test success rate" or "testing rate", depending on whether you want to emphasize successful outcomes or the frequency of testing.

How do I calculate "testing percentage"?

To calculate "testing percentage", divide the number of tests performed or positive results by the total number of samples or individuals, then multiply by 100. For instance, if 50 out of 200 samples test positive, the testing percentage is (50/200) * 100 = 25%.