The Department of Biochemistry is one of the important newly established scientific departments in 2023, as part of the College of Science. It focuses on studying biological processes in the human body, such as metabolism, which includes the breakdown and synthesis of biological molecules like carbohydrates, proteins, lipids, vitamins, and nucleic acids, enabling the body to perform its various functions.

The department also covers other fundamental processes such as protein synthesis, cellular signaling, and cellular respiration, all of which contribute to maintaining cellular integrity and vital functions.

Additionally, the department is concerned with understanding metabolic disorders that may lead to chronic diseases such as diabetes, heart, liver, and kidney diseases, as well as hormonal disorders.

As a fundamental science for understanding and diagnosing diseases, biochemistry is taught in colleges of medicine, pharmacy, and nursing. Among its prominent specializations are:

· Clinical Biochemistry
· Molecular Chemistry
· Pharmaceutical Chemistry
· Nutritional Biochemistry
· Neurochemistry

The department also provides modern laboratories and research opportunities that enable students to gain hands-on training in diagnosing diseases and analyzing medical tests.

To graduate highly qualified specialists in medical and applied biochemistry and molecular biology, equipped with the scientific and practical skills necessary to compete in local and regional markets, manage medical laboratories, and conduct advanced research that contributes to community service and environmental development.

To prepare graduates distinguished in applied biochemistry and molecular biology, with strong academic and technical competencies, capable of advanced research that supports community needs and promotes sustainable development.

• Develop specialized scientific stuff in biochemistry with strong capacities for research, innovation, and application in medical, laboratory, and pharmaceutical fields.
• Provide high-quality education through specialized faculty, aligned with international standards and labor market requirements.
• Strengthen collaboration with governmental ministries (e.g., Health, Environment), companies, and national and international institutions for knowledge and expertise exchange.
• Enhance students’ technical and analytical skills through training on advanced biochemical research technologies, including automated analyzers, electrophoresis, gel separation, polymerase chain reaction (PCR), and immunoassays.
• Foster theoretical and practical competencies via collaborative learning, equipping graduates with advanced scientific and technical expertise.