In alignment with the United Nations Sustainable Development Goals (SDGs), particularly SDG 3 (Good Health and Well-being), SDG 4 (Quality Education), SDG 7 (Affordable and Clean Energy), SDG 15 (Life on Land), SDG 16 (Peace, Justice, and Strong Institutions), and SDG 17 (Partnerships for the Goals), the Chair has been actively engaged in providing education and training programs, as well as conducting cutting-edge research during the reporting period.

I. Education Initiatives (Leading to Certificates)

The Chair has successfully supervised and facilitated numerous research theses aimed at advancing knowledge in the fields of oxidative stress, diabetes, and related complications. These academic projects represent a significant contribution to both local and global scientific communities. The geographical scope of these research efforts extends beyond the borders, reflecting international collaboration and outreach.

Master’s Theses (MSc):

1. N. Pishkari (2018):
   The Study of Glycation of Hemoglobin with Fructose in the presence and absence of Methylparaben.
   This thesis explored the impact of glycation on hemoglobin, a key factor in diabetic complications.

2. Golnoush Hatami (2018):
   Domain Engineering of the Inulinase: A Structural and Functional Approach.
   Research focused on enzyme engineering with potential applications in the food industry and medicine.

3. Safura Nedamani (2018):
   Serum Albumin Fibrillation by Lipid Peroxidation Products.
   Aimed at understanding the relationship between oxidative stress and protein aggregation, relevant in aging and neurodegenerative diseases.

4. M. Hajizadeh (2019):
   Heat, pH, and Tannic Acid Effects on Beta-Casein Hydrophobicity and Foaming.
   This work examined how environmental factors affect protein structure, with implications in food science.

5. N. Danafar (2019):
   Antibacterial Effects of Coelomic Fluid from Eisenia Fetida on Diabetic Wounds Involving Bacteria.
   Research demonstrated novel antibacterial treatments for diabetic wound infections.

6. Marzieh Shokohi (2019):
   Anticancer Effects of Coelomic Fluid from Eisenia Fetida on T47D & MCF-7 Cells.
   A groundbreaking study on the potential use of natural compounds in cancer treatment.

7. Niki Marami Zonoz (2019):
   Antioxidant Activity Assessment of Iranian Medicinal Flora.
   This thesis evaluated the antioxidant properties of native Iranian plants, linking traditional medicine with modern therapeutic applications.

8. A.R. Lagzian (2020):
   Analysis of Paladacycle Ligand Containing Amino Acid Interaction with G-Quadruplex Structures of C9orf72 and Human Telomere Sequence (Htel) Genes.
   Focused on the molecular interactions that could influence cancer progression and aging.

9. M. Falahat (2020):
   Assessment of Glycated Hemoglobin in Diabetics Using an Enzymatic Process.
   Aimed at improving methods for monitoring diabetes through innovative enzymatic processes.

PhD Theses:

1. V. Sheikhhasani (2018)
   Jointly supervised with Dr. N. Seyedreihani, this study utilized optical tweezers to investigate the effect of statin drugs on the deformability of red blood cell membranes, a key factor in cardiovascular diseases.

2. Faezeh Kashanian (2018):
   Protein Folding Facilitated by Arginine-Coated Magnetic Nanoparticles and Microfluidic Systems.
   A pioneering study at the interface of nanotechnology and biochemistry, relevant for drug delivery systems.

3. L. Alaei (2019):
   Effect of Sulfonamide Inhibitors on the Structure and Function of Human Carbonic Anhydrase II in Native and Glycated Forms.
   This research addressed the role of sulfonamide inhibitors in regulating enzyme function under diabetic conditions.

4. S. Hadi Alijanvand (2020):
   Investigation of Noscapine Antioxidant Derivatives on the Breakdown of Insulin Fibrils by Laser Irradiation.
   This thesis explored the therapeutic potential of noscapine derivatives in preventing diabetes-related complications.

5. M. Qaffary (2021):
   Comparison of Lipase Fibrillation and Its Mutants Under the Effects of Osmolytes.
   Investigated the effects of different osmolytes on protein stability, relevant for industrial and medical applications.

6. M. Akhavan Bahabadi (Visiting PhD Student)
   This visiting scholar is conducting advanced research, adding to the cross-border knowledge exchange.

Conclusion

The Chair’s education and research activities during this period have made significant contributions to addressing global health challenges, particularly in the realms of diabetes, oxidative stress, and biotechnology. These programs and research endeavors reflect the Chair’s commitment to quality education, innovative research, and sustainable development.