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20260412890The PhD Program in Biochemistry at the Faculty of Science is designed to prepare highly qualified researchers and specialists in the molecular and biochemical sciences. The program provides advanced training in biochemical theory, experimental techniques, molecular biology, biotechnology, structural biology, enzymology, metabolism, bioinformatics, and related interdisciplinary fields. The program aims to develop students ability to conduct independent scientific research, critically analyze biochemical problems, design innovative experiments, and contribute to scientific knowledge through original research. Graduates will be equipped to work in academic institutions, research centers, biotechnology industries, healthcare laboratories, pharmaceutical sectors, and other scientific fields that require advanced expertise in biochemistry.
To be a leading PhD program in biochemistry that advances scientific research, innovation, and knowledge generation in biochemical and molecular sciences at the national, regional, and international levels.
The mission of the PhD Program in Biochemistry is to provide advanced academic and research training that enables students to conduct high-quality, independent research in biochemistry and related disciplines. The program is committed to developing scientific competence, critical thinking, innovation, ethical research practice, and professional skills that contribute to scientific advancement, community development, and national research priorities.
| Course Code | Course | Credits | Prerequisites |
|---|---|---|---|
| Bioc 700 | Molecular Physiology | 2 | None |
| Description | This course aims to study the molecular basis of the functions of organs and tissues. It includes multicellular organisms versus unicellular organisms, cell differentiation, tissues, organs, gastrointestinal physiology, renal physiology, respiratory physiology, and muscle contraction. | ||
| Bioc 701 | Signal-Transduction Pathways | 2 | None |
| Description | This course aims to study signal transduction between cells and tissues. It covers the stages of signal transduction within and between cells, ion channel-linked and enzyme-linked receptors, cytokine receptors, G proteins and G protein-coupled receptors, signaling related to cyclic AMP and cyclic GMP, calcium signaling, phospholipids and related signaling pathways, and the integration of signal transduction. | ||
| Bioc 702 | Physical Biochemistry (II) | 2 | None |
| Description | The aim of this course is to apply physical chemistry approaches to the study of biological problems. It focuses on the principles and applications of classical and statistical thermodynamics, spectroscopy, kinetic studies, and X-ray crystallography in the study of macromolecules and biological systems. | ||
| Bioc 703 | Laboratory Rotation | 3 | None |
| Description | The aim of this course is twofold: (1) to develop the student’s independence in designing and conducting research, and (2) to train students in the operation of various biochemistry instruments. The course consists of two seven-week periods each semester during the first year. At the end of each period, the student gives a short presentation on the project to first-year students and the course supervisor, in addition to submitting a report on the course. | ||
| Bioc 794 | Research Methodology | 2 | None |
| Bioc 795 | Biochemistry Seminars | 1 | None |
| Bioc 799 | PhD Thesis | 20 | None |
Last Modified Date: 14/06/2026 - 2:57 PM Saudi Arabia Time
