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1. Applying the concept of internal balance in physiological processes.
2. Description of the basic structure and primary functions of tissues, cells, and human body parts. .
3. Connecting the structure of the nervous system with its function and the main divisions of the nervous system with the sensory, integrative, and motor functions of nervous tissue. .
5. Compare the functions of the sympathetic nervous system and the parasympathetic nervous system within the autonomic nervous system. .
6. Explains how electrochemical signals are transmitted within the nervous system. .
7. Linking the structure of major bones and muscles with the functions of support and movement. .
8. Linking the anatomy of the circulatory and lymphatic systems with transport and homeostatic functions. .
9. Linking the anatomy of the respiratory system with breathing mechanisms, gas exchange, and transport processes. .
10. Relate the anatomy of the urinary system to excretory functions and fluid balance. .
11. Connect the digestive system structure with the functions of digestion, absorption, and metabolism. .
Microscopic description of all tissues and organs in the human body. .
13. Identify pharmacological principles and drug interactions.
Upon successful completion of this course, students will be able to demonstrate the ability to:
Gains a comprehensive understanding of anatomical structures.
2. Identifies the physiological functions of different body systems.
Explains the histological characteristics of the human body.
4. Learns the introductory pharmacokinetic principles of the human body.
Analyzes basic pharmacological concepts, drug mechanisms of action, classifications, and pharmacokinetics.
6. Identifies primary drug pathways, dosage forms, and common drug interactions.
Applies basic scientific knowledge based on clinical nursing practice.
8. Apply pharmacological principles and drug interactions to ensure safe and effective use of mechanisms of action in clinical practice.
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