PHL 212, Anatomy, 3 (2 + 1)

This course is concerned with the study of the anatomy of the various body systems of movement, sensation, nerves, and the cardiovascular, gastrointestinal, intestinal, respiratory, and urinary system. In the practical part of the course, theoretical studies will be discussed and applied using artificial structural models to clarify the anatomical sites of the members and their relationship with each other.

PHL 226, Physiology-2, 2(2 + 0)

This course is concerned with studying the functions of the members of both the respiratory, renal, urinary, gastrointestinal and central nervous systems, while studying the course of pain. The components of each device will be defined and their relationship with each other in terms of the integration of functions and tasks with a focus on the control and regulation systems of the respiratory process and in the renal-urinary system. The various methods of re-absorbing electrolytes and water will be studied. In the gastro-intestinal tract, mechanisms for digesting food and absorbing different nutrients will be studied.

PHL 419, Toxicology, 2 (2 + 0)

This course includes studying the general principles of toxicology and the mechanisms of poisoning with commonly used drugs, as well as those chemicals that humans are usually exposed to. Carcinogenic chemicals and drugs that affect maternal, fetal and newborn health will be discussed, and focus will be placed on the signs and symptoms of toxicity and the treatment of poisonings.

PHL 213, Biochemistry-1, 2 (2 + 0)

This course is concerned with studying the following topics in biochemistry, amino acids, and proteins, enzymes, bio-oxidation, porphyrin compounds, nucleic acids. The course also aims to study pathological relationships and the effect of some drugs and toxins on the molecular level.

PHL 313, Pharmacology -1, 4 (3 + 1)

This course is concerned with the study of the principles and primary foundations of pharmacology, the study of pharmacological effects, medical uses, mechanisms of action, side effects, caveats for use and effects of both automatic nervous system drugs, topical anesthetics, hormone analogs, and cardiovascular system medications.

PHL 425, Pharmacology-4, 2(2 + 0)

The focus in this course is on the student’s understanding of the molecular basis of the mechanisms of action, effects, uses, side effects, precautions for use and effects of drugs affecting the hormonal glands, and those drugs used to treat skin diseases such as acne, psoriasis, color, ovary, and others. It also includes teaching medications for various cancers.

PHL 215, Physiology -1, 3 (2 + 1)

This course is concerned with the study of the organic functions and electrical properties of cell membranes, with a study of the functions of muscles, nerves, blood, the automatic nervous system in its two parts, the sympathetic and parasympathetic, cardiovascular system, and the processes of regulation and control of each device. In the practical part of the course, experiments will be conducted to see the above member functions.

PHL 322, Pharmacology -2, 3 (2 + 1)

This course covers the principles of synaptic chemical transmission, synaptic plasticity, with an emphasis on the mechanisms of drugs used to treat attention and education disorders, memory, nerves, and psychology such as epilepsy, depression, anxiety, schizophrenia, tremor, tremor, Alzheimer's, addiction, metabolic and eating disorders, spinal cord wounds, sleep, pain, introvert, and stroke, with an explanation of the side effects of medications And their various influences. The practical part is concerned with conducting experiments to clarify the effects of drugs.

PHL 424, Antimicrobials, 3 (3 + 0)

This course is taught in cooperation with three departments, namely the Department of Pharmacognosy, Pharmaceutics and Pharmacology. This course deals with the study of antibacterials, viruses, and fungi. The course focuses on studying the relationship between the chemical structure of these antimicrobials and their effectiveness, molecular bases of their effectiveness and resistance to microorganisms, clinical use, side effects, prohibitions and their interactions with other drugs.

PHL 224, Biochemistry-2, 3 (2 + 1)

This course aims to study the metabolism of sugary, fatty, protein and mineral salts. The course also aims to study the pathological relationships and the effect of some drugs and toxins on metabolism processes. The practical course focuses on determining the level of some biochemical indicators of clinical importance in blood and urine.

PHL 418, Pharmacology-3, 2 (2 + 0)

This course is concerned with the study of pharmacological effects, medical uses, mechanisms of action, side effects, warnings of use, precautions and drug interactions of groups of drugs affecting lipids, coagulation disorders and treatment of anemia.