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Safety Pharmacology
Safety pharmacology studies assess the potential effects of a candidate compound on critical physiological systems, focusing on the cardiovascular, central nervous, and respiratory systems.
These studies are designed to evaluate the safety profile of the drug, ensuring that any adverse effects on vital functions are identified early in development.
01
Central nervous system study
Using the Modified Irwin's Test and the Functional Observation Battery (FOB), central nervous system studies monitor motor skills, behavioral changes, and response times in animals.
They are used to assess the potential impact of the drug on the central nervous system, including any effects on coordination, alertness, and sensory responses.
02
Cardiovascular system study
Telemetry technology is employed to collect real-time electrocardiography (ECG), blood pressure, and heart rate data, enabling assessment of the drug’s potential risks to heart function.
Cardiovascular system studies provide valuable insights into how a compound may affect cardiovascular health.
03
Respiratory system study
In respiratory system studies, whole body plethysmography is used to measure respiratory parameters, including respiratory rate and depth, to evaluate the drug’s potential impact on respiratory function.
This technique is essential for identifying any adverse effects on breathing or lung function during drug development.