Biomedicine is a synthesis of engineering, medical and biological theories and methods and the development of cross-cutting fringe disciplines, the basic task is the use of engineering technology to study and solve the life sciences, especially in medicine, the relevant issues, the main study of the use of electronic information technology combined with the medical clinic on the human body information for non-destructive or minimal loss of the extraction and processing. Biomedicine is the base for academic research and innovation in biomedical information, medical imaging technology, gene chips, nanotechnology, new materials and other technologies, is closely related to the formation and development of biotechnology industry in the 21st century field, is related to improve the level of medical diagnostics and the human body's own health of the important engineering field.
Research content:
-Medical Microbiology - Isolation of pathogenic microorganisms for identification and selection of sensitive antibiotic therapy. Suitable for the diagnosis and treatment of diseases such as myelomeningocele, food poisoning and legionnaires' disease.
- Clinical Applied Chemistry - Assists in the diagnosis of diseases such as diabetes by analyzing blood and other biological substances. Tests renal and liver function by performing toxicology studies and assists in program monitoring.
- Transfusion Technology - Biomedical scientists are the operational intermediaries of the hospital blood bank and transfusion service, responsible for the preparation of blood for transfusion and plasma fractionation for life-saving patients, and for ensuring that donor and transfusion recipients do not have mutually exclusive blood types.
- Hematology - The study of the morphology and biology of blood to screen for various blood cell anomalies. This test is an essential part of the diagnostic process for various anemias and leukemias.
- Histopathology - uses specialized knowledge to microscopically process tissue samples obtained from surgery or autopsies.
- Cytology - This discipline is best known for cervical smear screening. It is also used in non-gynecologic services. Like histopathology, it is used to prepare and study material cell samples.
- Filtration microbiology - tests for infectious diseases such as rubella, herpes simplex, hepatitis, and HIV. It is also responsible for isolating specific populations threatened by viral diseases. Rapid diagnosis is an important requirement to avoid misuse of antibiotics.
- Immunology - Responsible for the state of the human immune system and its role in infectious diseases, parasitic diseases, allergies, tumors, tissues and organ transplants. Very important in the monitoring and treatment of AIDS.
Biomedical scientists have a vast field of study; cancer, diabetes, toxicology studies, blood transfusions, anemia, myelitis, hepatitis, and AIDS are all areas of medicine that they explore. In addition, biomedical scientists play a key role in cervical smear screening, identification of viruses and conditions, and monitoring the effectiveness of medications and other diagnostic and treatment options.
Biomedical scientists make extensive use of computers in their day-to-day work, and have access to high-precision instruments, microscopes, and other high-tech laboratory equipment. They are knowledgeable and familiar with the operation of many complex high-tech instruments.