IntroductionI am Lamis Mohamed Nader, an Assistant Professor dedicated to advancing forensic science through the application of Molecular Genetics within the fields of Forensic Medicine and Clinical Toxicology. My professional mission centers on leveraging advanced genetic and molecular techniques to resolve complex forensic challenges and contribute meaningfully to public health and safety. I possess a deep theoretical and practical understanding of molecular analysis, having consistently integrated these sophisticated insights into effective, reliable forensic methodologies. My academic role involves not only pioneering original research but also ensuring the impact and relevance of my work to contemporary criminal justice, emphasizing reliable evidence and cutting-edge analytical standards.
My research portfolio is distinctly marked by a strong emphasis on developing novel molecular biomarkers, particularly focusing on mRNA and DNA methylation. A key achievement was developing an mRNA Multiplex RT-PCR assay for the definitive identification of body fluids, such as semen, successfully enhancing forensic evidence reliability as detailed in my MOJ Toxicology publication. I’ve extended this work to include validating stable mRNA regions under various environmental stressors and utilizing these markers for age prediction in biological stains—critical steps for accurately estimating blood deposition time at crime scenes. Additionally, my scope covers emerging areas, including Metagenomics Analysis of the UAE population and exploring the toxicology of substances like Tramadol, showcasing a versatile and interdisciplinary scientific skillset.
Beyond my publications, a significant part of my contribution lies in shaping the next generation of researchers through comprehensive research supervision. I have mentored projects on diverse topics, ranging from assessing the stability of DNA methylation markers in forensic stains to analyzing handwriting for gender identification. My ongoing research continues to push boundaries, currently focusing on investigating DNA degradation in forensic blood samples, the crucial role of Biometrics in human identification, and the effects of certain UAE plant extracts on cancer cell lines. This multifaceted involvement underscores my commitment to research leadership and academic excellence, and I am keen to apply my extensive expertise to innovate further within toxicology and molecular forensics.
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