"disease testing" is a correct and usable phrase in written English.
It refers to the process of conducting tests or screenings to assess the presence or likelihood of a disease in an individual or population. Here is an example of how "disease testing" can be used in a sentence: "Our clinic offers a wide range of services, including disease testing for common illnesses such as diabetes, heart disease, and cancer."
Utah governor Gary Herbert also moved to withhold federal grant dollars for reproductive health education and sexually transmitted disease testing.
In the last few years, public and private agencies in many cities have begun online health promotion strategies to reach gay men, including placing banner advertisements on sexually oriented Web sites, engaging in online discussions of safer-sex strategies, and allowing Internet users to download laboratory slips for sexually transmitted disease testing.
The difficulties facing American Indian women who have been raped are myriad, and include a shortage of sexual assault kits at Indian Health Service hospitals, where there is also a lack of access to birth control and sexually transmitted disease testing.
Features, such as disposable sample pipette tips to prevent sample carryover, clot detection and management to verify sample addition, reagent integrity checks to assure accurate reagent addition, auto repeat capabilities and the capacity to maintain up to 30 assays onboard at 2 8 °C all contribute to the systems's utility for infectious disease testing.
These animals are used as models for studying the consequences of infectious disease, testing drugs, practicing new surgical techniques, performing xenotransplants, and exploring lifestyle diseases such as cardiovascular disease and obesity [22], [23].
Armored RNAs are stable, nuclease resistant and precisely quantified synthetic RNAs already widely used as controls and standards in clinical molecular infectious disease testing.
In the case of Tay-Sachs disease, testing can be performed using the biochemical assay, which has an excellent detection rate regardless of ethnic or racial background.
Thus, while capable of long-term stable human cell and tissue engraftments, inherent complexities in the animals themselves can affect their broad utility for human disease testing.
The OK participants reported more detail about their personal ancestries (p = 0.02) and valued ancestry testing over disease testing more than all other sites (p < 0.01).
The misclassification in Site 4 adds noise to the analysis, therefore, we excluded Site 4 from the main analysis; sensitivity results showed that the findings held when Site 4 was included albeit with attenuated effect sizes for infectious disease testing.
In 2002, Mansky et al. [ 78] performed a phase I study in OS patients with metastatic and/or recurrent disease testing the clinical efficacy of the Somatostatin analog OncoLar.
