About Me
Name:Sameerah Hasan Abdullah
Academic Degree: PhD in Laser Therapy
Email: samerahasan49@ntu.edu.iq
Phon:07701344565
Location:Kirkuk/Iraq
ORCID ID: https://orcid.org/0000-0001-7953-1151.
Google scholar: https://scholar.google.com/citations?hl=ar&authuser=1&user=PH8LiMAAAAAJ
Academic Profile:
I hold a Bachelor's degree in Medical Technologies from the Radiology Department, where I gained a solid foundation in diagnostic imaging and radiological techniques. I completed my Master's degree in Medical Physics with a specialization in diagnostic and radiation therapy, focusing on advanced methods of radiation detection, dosimetry, and clinical applications in oncology. I also hold a PhD in Medical Physics with a research specialization in laser therapy and biological treatment applications, with an emphasis on exploring laser–tissue interactions, therapeutic laser modalities, and the development of innovative bio-medical treatment approaches. My academic and research interests include diagnostic imaging, radiotherapy, laser-based medical applications, and the advancement of modern medical physics in clinical practice and scientific research.
The scientific title: Lecturer
Workplace: Community Health Technologies Department/ Kirkuk, Northern Technical University.
PhD Thesis Title: The effect of low level laser therapy in radiodermatitis ulcer using injection of platelet-rich plasma and growth factors-rich plasma: Model of guinea pig radiodermatitis.
Courses & Training: I have actively participated in and led numerous training programs in various medical fields, and also in advanced scientific research and academic writing.
Conferences: I have participated in numerous medical conferences, with the most recent being(The first international conference on Applications of Laser in Medicine and Surgery .31-10 to 1-11/2025.
Publications:
1- Laser Photobiomodulation of Human Dermal Fibroblasts Combined With Plasma Rich in Growth Factors and Platelet-Rich Plasma: A Comparative In Vitro Analysis.
2-loosing or damaging occur in x-ray films and its effects on patients health.
3-The ability of green silver nanoparticles to prevent negative effects of X-ray on some physiological parameters in albino male rats.
4- Effects of Infrared Radiation on Escherichia coli Isolated from Appendectomy.
5-Effects of Different Doses of Gamma Rays and Ascorbic Acid Concentration on Human RBCs for Conservation purpose
6-Effects of infrared radiation and microwave diathermy in treatment of sever neck and upper back muscle spasm
7-
Potential effect of green zinc oxide nanoparticles against X-ray on kidneys of albino male rats
8- Radionuclides concentrations in soils of Al-Hawija Technical Institute - Kirkuk Governate
9- Effects of Low-Level Gallium-Aluminum-Arsenide Laser Therapy on Human Dermal Fibroblast Proliferation, ATP, and ROS Levels.
10- Biophysical effects of continuous x-ray on the level of serum thyroxin in hyperthyroidism patients.