Contact
Biography
I am Dr. Mehri Kaviani Moghaddam, a medical physicist specializing in bioelectromagnetic research, diagnostic and advanced imaging technologies.
My academic journey began with a BSc in Diagnostic Radiology from Tehran University, followed by an MSc in Medical Physics at Tarbiat Modares University, where I graduated top of my class.
My passion for bioelectromagnetics led me to earn a PhD in Medical Physics, focusing on the biological effects of magnetic fields on the nervous system through advanced electrophysiological techniques. Followed by Post doc at Lund University Sweden.
During my postdoctoral research at Lund University in Sweden, I investigated the impact of magnetic fields on various biological systems and their applications in medical physics, enhancing my skills in experimental design and data analysis.
Currently, at the Sir Peter Mansfield Imaging Centre (SPMIC) at the University of Nottingham, I engage in pioneering research and quality assurance processes.My responsibilities include operating MRI scanners across multiple platforms, assisting external users with data collection, and collaborating on diverse research projects with departments across the University and Queen's Medical Centre (QMC).I am involved in setting up functional MRI (fMRI) studies and developing imaging protocols to support advanced medical physics research.
Teaching is a significant aspect of my career. In Iran, I have taught courses in medical physics inspiring students and contributing to the development of medical physics education.
I am honoured to have contributed to the international IMAGEN project for four years, supporting research into adolescent brain development and mental health.This project reflects my commitment to advancing imaging science for the betterment of healthcare and neuroscience.
My primary research interests include bioelectromagnetic studies, MRI/ MRS, and ensuring the safety and efficacy of non-ionizing radiation. Through collaboration, innovation, and teaching.
Expertise Summary
My areas of expertise include:
- Bioelectromagnetic Research: Studying the biological effects of magnetic fields on various systems and exploring their applications in medical physics.
- Medical Imaging: Using MRI as a tool for research, including setting up fMRI studies and developing imaging protocols.
- Medical Physics Education: Teaching courses related to medical physics in Iran, focusing on medical imaging and bioelectromagnetic.
- Research Support and Collaboration: Running MRI scanners, assisting external users in data collection, and contributing to multidisciplinary research projects at the University of Nottingham and Queen's Medical Centre (QMC).
- Diagnostic Radiology: Practical experience as a radiographer and knowledge of imaging technologies.
Research Summary
Optimisation of the quantification of muscle phosphocreatine degradation during dynamic exercise and recovery using 31P MRS
Past Research
1-Interaction between extremely low frequency magnetic field (ELF magnetic fields) and different biological structures
2-Analgetic effects of non-thermal GSM-1900 radiofrequency electromagnetic fields in the land snail Helix pomatia
3. IMAGEN Study:
The IMAGEN project investigates the relationship between reinforcement-related behavior, normal brain function, and psychopathology
4. Sprint Interval Training (SIT) and Ectopic Lipids:
A study examined the effects of SIT on ectopic lipids and whole-body insulin sensitivity in individuals with non-alcoholic fatty liver disease (NAFLD).
5. Dietary Impacts on Liver Fat and Insulin Sensitivity:
Research comparing the effects of hyperenergetic carbohydrate versus fat diets on liver fat content and insulin sensitivity in overweight healthy males
6. Magnetic Resonance Spectroscopy (MRS) and Hepatic Oxidative Stress:
Advancements in MRS have enabled non-invasive assessment of hepatic oxidative stress defenses by measuring flux through the glutathione synthesis pathway.
Future Research
MRS and Metabolic imaging experiments using 11.7T MRI scanner