"Effects of Electromagnetic fields On Biological Systems” is studied in the BIO ELECTROMAGNETIC and TISSUE ANALYSIS LABORATORIES established under the Department of Biophysics.
The biological effects resulting from the electrical and magnetic fields form all the electrical devices we daily use, cell phones, cell towers, high tension lines and transformers are studied in the Bio Electromagnetic Laboratories while the analysis of various biological parameters are made in the Tissue Analysis Laboratories.
Research Subjects
- Acceleration of the healing of dermatological wounds via Low Intensity Direct Current (LIDC)
- Assay of hydroxyprolin quantity in the skin: Woessner Method
- Magnetic Field (B) applications on Biologic Systems
- Electrical (E) field applications to Biological Systems
- Assay of hydroxyprolin quantity in the tissue: Stegemann-Stalder Method
- Dosimetry
- Electro Magnetic (EM) Pollution: Biological Effects
- Non-ionizing radiation standards (ICNIRP, IEEE, FCC, Cenelec, Turkey / TK-Telecommunication Institution Italy, Canada and China)
- ELF E and B fields and their biological effects
- RF/MW fields’ biological effects: Effects of blood brain barrier
- EM radiation measurement methods
- RF/MW Fields’ effects on the pregnant and foetuses: Assay of oxidative stress parameters on all tissues (Brain, Eyes, Lungs, Heart, Liver, Spleen etc.) The detection of oxidative DNA damage. Apoptosis
- RF/MW fields’ effects on biological specimens including ceratine: The detection of DNA fragmentation via Comet Assay methods
- EM radiation measurements (0 Hz – 60 GHz)
