The phrase "faster onset of action" is grammatically correct and can be used in written English.
It is a common phrase used in medical and scientific contexts to describe the amount of time it takes for a medication, treatment, or process to begin having an effect. Example: "The new medication was found to have a faster onset of action compared to the previous version, providing relief to patients in as little as 15 minutes."
These interests are driven in part by desires to prescribe drugs with the fewest associated adverse events, faster onset of action, or lowest cost relative to their efficacy.
Increased knowledge of the pharmacology of antithrombotic drugs and the mechanisms underlying thrombosis has led to the development of newer drugs with faster onset of action, fewer interactions, and less interpatient variability in their antithrombotic effects than previous antithrombotic drugs.
BTX-A has a faster onset of action with its significant effect reaching within 1-2 wk and maximum effect within 4-6 wk.
Background: Migraine prevention is intended to reduce the frequency, severity, and disability associated with migraine attacks, and faster onset of action could increase benefit to patients with migraine.
These prescription patterns may reflect differences in availability and reimbursement and suggest a common trend towards triptans with a faster onset of action [10, 14, 15].
New, potent P2Y(12) inhibitors such as prasugrel and ticagrelor are associated with greater platelet inhibition, faster onset of action, and better overall clinical outcomes compared with clopidogrel, but are associated with more non-surgery-related bleeding than clopidogrel.
Electroconvulsive therapy remains the most effective treatment for depression including a fast onset of action.
Collectively, compounds 6, 10, 26, and 27 proved to display distinctive anti-inflammatory and analgesic profiles with a fast onset of action.
Scopolamine nasal spray was found to be an effective and safe treatment in motion sickness, with a fast onset of action within 30 min after administration.
Delivery of drugs into or via the oral cavity offers some distinct advantages due to the easy access to the oral mucosa, fast onset of action, and avoidance of hepatic and intestinal degradation mechanisms.
They are administered orally, have a fast onset of action, and their predictable pharmacokinetics and pharmacodynamics across a broad range of patients allow for fixed doses without routine coagulation monitoring [4].
