The anasethesia department aims to assume aleading role in providing standardized science-based solutions for management of pain and surgical heath problems whether in the operating room, pain clinic or the surgical intensive care unit by innovative integration of intensive care unit by innovative integration of international research, creative education and best possible clinical in a way which serves our communtity .

• The department servrs to integrate the research the and clinical Care to provide both community and also participate on the international level
• Provision of Educational activity on the postgraduate level.
• Provision of highly qualified anaesthesia and pain physicians to the community

Scheduled on daily basis activity by staff members in the operating rooms ,surgical. Intensive care units for serving

Department Vision:

• To make significant contributions to understanding the causes of cancer and developing innovative diagnostic and therapeutic strategies.
• To provide an inspiring educational and research environment that fosters innovation and scientific excellence.
• To enhance collaboration with research and medical institutions to achieve tangible progress in cancer control.
• To apply the latest technologies and research methodologies to study cancer at the molecular level.

Department Mission:

• To provide distinguished education in the field of medical chemistry with a focus on cancer research.
• To conduct high-quality scientific research aimed at understanding the mechanisms of cancer initiation and progression.
• To develop innovative diagnostic and therapeutic strategies based on molecular biology and medical chemistry.
• To train students and researchers to become leaders in cancer research and medical applications.
• To promote interdisciplinary collaboration with other departments and research centers to achieve integrated outcomes.

Department Strategy and Objectives:

1. Enhancing Scientific Research:
   • Developing research programs focusing on understanding the molecular mechanisms of cancer and identifying new therapeutic targets.
   • Encouraging publication in reputable scientific journals and participation in international conferences.
2. Developing Educational Curricula:
   • Updating curricula to include the latest advancements in molecular biology and medical chemistry related to cancer.
   • Providing hands-on training opportunities for students in research laboratories.
3. Human Resource Development:
   • Offering training programs and workshops for students and researchers to enhance their research and educational skills.
4. Community Service:
   • Organizing awareness campaigns and educational programs on cancer prevention and early detection.
   • Providing community services by offering summer training programs for university students in medical laboratories.

Research Areas:

1. Understanding the Molecular Mechanisms of Cancer Initiation and Progression:
   • Studying genetic and proteomic changes leading to the transformation of normal cells into cancerous cells.
   • Analyzing cellular signaling pathways associated with tumor growth and metastasis.
2. Developing Innovative Diagnostic Strategies:
   • Utilizing molecular biology techniques for early cancer detection and subtype identification.
   • Developing biomarkers to aid in diagnosis and disease progression assessment.
3. Designing and Developing New Treatments:
   • Developing new chemical compounds that effectively target cancer cells.
   • Exploring targeted therapies and immunotherapies to improve treatment outcomes and reduce side effects.
4. Investigating Drug Resistance and Tolerance Mechanisms:
   • Understanding the molecular causes of cancer cell resistance to current treatments.
   • Developing strategies to overcome drug resistance and enhance treatment efficacy.
5. Applying Advanced Technologies in Research:
   • Using the latest technologies to study gene functions associated with cancer.
   • Employing data analysis and artificial intelligence to discover new patterns in cancer development and treatment response.

These research areas represent the core pillars of the Department of Applied Medical Chemistry and aim to improve our understanding of cancer and develop more effective diagnostic and therapeutic approaches.