The phrase "active strength" is correct and usable in written English.
It can be used in contexts related to physical fitness, sports, or psychology, referring to the strength that is actively engaged or utilized in a particular moment or activity.
Example: "To improve your performance, focus on developing your active strength during workouts, as it directly impacts your ability to lift heavier weights."
Alternatives: "dynamic strength" or "engaged strength".
The decreased active muscle strength is to some extent compensated by the passive strength that is created by spasticity.
According to F.D.A. rules, the new generic version must "have the same active ingredient, strength and dosage form" as the brand name or reference product.
To gain approval from the U.S. Food and Drug Administration FDAA), generic drugs are required to the same active ingredient, strength, dosage form and route of administration as their brand-name counterpart.
Spasticity and decreased active muscle strength are the two predominant symptoms in children with CP [ 24].
The database includes information on active ingredients, strength and dosage form, date and quantity dispensed, as well as the pharmacologic-therapeutic classification of a drug based on the American Hospital Formulary System AHFSS) [ 20].
Not only is the Army recruiting effort faced with the dampening effect of Iraq casualties, but the service has also embarked on a five-year program to increase its active-duty strength to 547,000, from the previously authorized level of 514,000.
Based upon this data (MMI Pharmindex, Medizinische Medien Informations GmbH, Germany) the CDSS compares different brands regarding important drug characteristics such as active ingredients, strengths, dosage forms, and ATC classification and also switches combination products.
One example is the Bienenstock-Cooper-Munro rule for experience-dependent plasticity, in which low level cortical activity increases, whereas high level cortical activity decreases, synaptic strength of active neuronal connections [ 181, 204].
In spite of this, plasma half-life can be different from biological half-life (the time it takes to halve pharmacologic activity) due to factors such as tissue accumulation, active metabolites, and strength of receptor interactions.
Individual aims may consist of reducing pain, improving muscle strength, active joint stability, coordination, joint mobility, endurance and/or the performance of activities.
