Programs

It is an open-source of knowledge and techniques derived from biological sciences. These techniques use live cells and cellular materials to research and produce pharmaceuticals and products used in the diagnosis of diseases, as well as in the prevention and treatment of diseases.

This field encompasses key areas such as genetic engineering, immunogenetics, population genetics, cancer genetics, behavioral genetics, and biochemical genetics. Upon completion of their studies, graduates are equipped to identify genetic and chromosomal abnormalities in patients.

Regenerative Medicine encompasses a specific subset that adheres to international standards. This subset is involved in the production, proliferation, differentiation, processing, preparation, and characterization of cells. These standardized procedures are utilized for the purpose of disease treatment.

The Institute of Physics is involved in the study of Medical Diagnosis and Treatment. This emerging discipline encompasses a blend of radiotherapy science, radiation protection, diagnostic radiology (including technologies like CT scans and MRIs), and nuclear medicine. Graduates from this field are engaged in a variety of activities including clinical services, quality control, radiation protection, research and development, as well as academic pursuits such as training medical residents. This field plays a crucial role in advancing our understanding and application of physics in medicine.

Physiotherapy, also known as physical medicine, is one of the disciplines of rehabilitation. It is a professional field within health science and plays a role in the prevention, treatment, and management of abnormal movements. Physiotherapists use information from medical history and physical examinations to provide treatment.