The phrase "accessibility sampling" is correct and usable in written English.
It is typically used in research contexts to describe a non-probability sampling method where participants are selected based on their easy availability and proximity to the researcher.
Example: "In this study, we employed accessibility sampling to gather data from participants who were readily available at the community center."
Alternatives: "convenience sampling" or "availability sampling".
The effectiveness and reliability of EGFR mutation diagnostics in non-small lung cancer (NSCLC) is hindered by numerous methodological challenges, including tumour tissue accessibility, sample quality (low tumour cell content), tumour DNA quality (DNA fragmentation) and the inadequate sensitivity of molecular techniques [ 2, 3].
Pottery artefacts were then visually assessed in situ in the collections store to identify those containing adhesive join repairs, and determine the level of accessibility for sampling.
However, many recent studies clearly highlight several crucial drawbacks of liver biopsy, including variable accessibility, high cost, sampling errors and inaccuracy due to inter- and intra-observer variability of pathologic interpretations [ 19].
Ding and Lawrence [ 9] proposed to compute accessibilities by stochastically sampling structures from the Boltzmann ensemble.
It remains a challenge to find appropriate biological phenomena characterized by easy accessibility, fast sampling rate, high accuracy of measurement and variability of sampling rate.
Wild boar are considered the best TB surveillance target because of their wide habitat range, high abundance and easy accessibility for sampling as a game species.
Instead of sampling a previously un-sampled area with limited accessibility, the four sampling designs may also be used to subsample an existing dataset and, thereby, optimise a suboptimal dataset based on the predictor space of the area which shall be mapped by DSM.
Distinct age-related phenotypes, such as wrinkle formation, hair graying and impaired wound healing, as well as the accessibility of samples from differently aged healthy donors make human skin an ideal model system for the analysis of age-related epigenetic changes [18], [19].
