Sentence examples for pharmacological terms from inspiring English sources

A total of 127 questions were "asked" by the KS during eight lectures throughout the module, these could be grouped into 12 broad topic areas; links to clinical practice, general pharmacology, key pharmacological terms, absorption, distribution, metabolism, excretion, autonomic nervous system (ANS), endocrine, contraceptive, cardiovascular system and haemostasis.

In pharmacological terms, it represents a state in which normal amounts of insulin produce a subnormal biological response.

In this context, the present study revealed the potential anti- M. tuberculosis activity of the methanolic extract of A. sylvatica, which is still poorly characterized in phytochemical and pharmacological terms.

For example, threshold concepts such the key pharmacological terms "agonist" and "antagonist" are introduced early in the module; if students do not understand these concepts, they will struggle with the clinical application of these concepts later in the module [ 29].

In pharmacological terms, β-blockers with ISA are partial agonists; thus, they block the stimulatory effects of higher-efficacy agonists, such as adrenaline (e.g., adrenaline-induced increases in heart rate), but on their own, they actually stimulate a low-level response (2, 39).

It was possible to make this distinction by parameterization of the model using distribution volumes (the pharmacological term) and clearances instead of rate constants which depend on distribution volumes and clearances.

Receptor reserve is a pharmacological term for the phenomenon wherein the increment of functional response caused by an increase of agonist concentration is proportionately greater than the increment of receptor occupancy [26].

In anatomo-pharmacological terms, we suspect that the well-known orbitofrontal-subcortical reward circuitry [23], [78], which has also been shown to participate in reality filtering [12], [13], assumes among many other functions also the one of signaling when an upcoming thought does not relate to ongoing reality.

Due to the chronicity of the disease and the necessity of long-term pharmacological intervention, long-term studies are important to establish continued efficacy and safety.

With this understanding, we believe that the similarities in pharmacological space, termed drug Therapeutic Similarity (TS) and drug Chemical Similarity (CS), are correlated with the relatedness of the targets on the basis of the PPI network in genomic space.

Combining these MRI techniques with pharmacological inquires, termed pharmacological MRI (phMRI) [ 22– 24], has provided a platform for investigating drug effects in vivo.