The phrase "accessible liquid" is correct and usable in written English.
It can be used to describe a liquid that is easy to obtain or reach, often in contexts related to science, cooking, or product descriptions.
Example: "The recipe calls for an accessible liquid, such as water or broth, to enhance the flavor of the dish."
Alternatives: "readily available liquid" or "easily obtainable liquid".
A more accessible liquid chromatography method was validated to quantitatively determine ifosfamide, cyclophosphamide, and paclitaxel in workplace wipe samples collected from oncology health-care settings.
Households at risk are often inclined to use their readily accessible liquid assets as a short-term coping strategy during shocks, although this strategy may result in an asset-based poverty trap (Barrett et al. 2001; Dercon 2002).
Previously validated methodologies for simultaneous determination of ifosfamide, cyclophosphamide, and paclitaxel were modified and re-validated in order to create a more sensitive and more accessible liquid chromatography-based analytical method for measuring levels of workplace contamination generated by the handling of antineoplastic drugs in oncology healthcare settings with limited resources.
CSF contains both normal and disease specific components, and provides an accessible liquid window into the brain.
Not only is the CSF an accessible liquid extension of the brain, but recent data suggests CSF may provide more relevant data than brain parenchyma itself in certain neurologic diseases [8].
As metastatic tissue is often inaccessible and substantial heterogeneity has been shown between both the primary tumor and its metastases as well as between different metastases of an individual patient (Stoecklein & Klein, 2010; Almendro et al, 2014), molecular CTC analysis could serve as an easily accessible liquid biopsy for metastatic disease.
In addition, a faithful representation of tumor aggressiveness in easily accessible liquids could lead to an improved therapy decision.
The inherent cellular and open porous morphology of the bioorganic materials is easily accessible for liquid or gaseous infiltrants of different compositions.
The results of this study illustrate the impact of poorly accessible immiscible liquid on mass-removal and mass-flux processes, and the difficulties posed for estimating mass-flux-reduction/mass-removal behavior.
The two different common accessible ionic liquids [BMim][BF4] and [BMim][Tf2N] were mixed each other in a simple and economic way.
The addition of data on which network components are detectable in blood and other readily accessible body liquids makes tissue-specific networks exceptionally attractive for the identification of putative biomarkers of tissue-specific disease, drug-response or toxicity.
