Mona Abdel Hameed

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Biochemistry PHD graduate from the University of Manitoba (May 2015). Skilled in diverse protein purification techniques, optimizing yield and purity. Nine years of clinical biochemistry experience, proficient in molecular biology techniques, HPLC methods, and effective team collaboration. Proven track record in goal achievement, publication, and training. Dedicated and analytical, excelling in protein purification projects and medical laboratory testing. Skilled Researcher enthusiastic about supporting advancements in Biochemistry and molecular biology. Passionate about increasing knowledge to drive growth and needed improvements. Ready to apply knowledge and 15 years of experience in research. Detail-oriented Scientist well-versed in performing tests such as urinalysis, blood gasses and blood smears. Highly organized and diligent with systematic approach to handling specimens and conducting assessments. Ready to bring 10 years of related experience to challenging new role.

• Developed a protocol for the extraction and purification of Myelin Basic Protein (MBP) from pig brain tissue, resolving prolonged extraction times and eliminating the use of harsh chemicals
• Conducted pioneering research in integrating noncanonical amino acids into proteins, achieving the first production of single-phosphorylated proteins, and precise linker integration into ADCs
• Pioneered study and publication of trace element levels in bladder cancer patients, opening new research avenues
• Contributed to a two-year national medical screening initiative in Egypt, detecting viral hepatitis and liver cancer prevalence across 20 villages, leading to the diagnosis and treatment of thousands of patients
• Co-authored published paper on the project
• First to discover and publish groundbreaking research on gene clusters and metabolite production in lichens, including identification of usnic acid biosynthesis gene cluster, leading to a breakthrough in the field of natural product research
• First to publish the complete genome sequence of Cladonia uncialis, marking a significant milestone in lichen genomics research
• Published the first complete sequence of a gene potentially linked to 6-Hydroxymellein biosynthesis in Cladonia uncialis, inspiring new research and impacting the natural product field
• Pioneered comprehensive study and publication on the stability of pure astaxanthin, both in vitro and in cells, catalyzing industry shifts in extraction, packaging, and storage processes.