Sentence examples for determination of dose from inspiring English sources
These instruments allow the determination of dose in real-time, and some can determine LET of incident particles by measuring energy deposition over a known path-length, but size and power consumption limit their practical use for dosimetry.
Determination of dose reference levels and dose optimisation in general might be facilitated by using dose-tracking software, as it allows collection of a large amount of data.
In this context, activated cobalt materials in corrosion products for fusion energy are significant in determination of dose levels during maintenance after a coolant leak in a nuclear fusion reactor.
The accurate determination of dose when studying nanoparticle cell interactions is essential for quantitative particle toxicology and pharmacology.
Scientific: This deals with the assessment of treatment safety, determination of dose levels and response, and estimation of treatment effect and its variance.
The PEG-only formulation allows for a more accurate determination of dose and in addition it can be taken with everyday beverages.
Secondary objectives included determination of dose-limiting toxicities (DLTs) and a dosing recommendation for a phase II trial involving administration of CPT-11 plus gefitinib.
Considering the increased interest in the cocoa flavanols' potential cardiovascular effects, a standard quantification method would be pertinent for accurate determination of dose-response effects in clinical trials.
Correct determination of doses to and dose-distributions within patients at different levels of spatial resolution is necessary depending on the required purpose in terms of radiobiological questions or optimisation of procedures.
A pharmacologist's training encompasses the entire spectrum of the drug discovery process: identification and validation of targets, study of preclinical animal models, determination of dosing schedules, and testing of toxicity in clinical trials.
To expedite this process, biological platforms that better reflect the intravascular environment in humans will be required in order to shorten drug development time, enable better determination of dosing regimes, and aid in the design of clinical studies.
