- Tell us about yourself, where you are from, and a bit about your childhood that led you to choose your career and educational path.
I’m Fatima Alshamsi, an Emirati scientist pursuing a PhD in biomedical sciences. Growing up, I had an insatiable curiosity about how things work, especially when it came to the human body. I vividly remember being fascinated by the healing process when I got a cut, observing how my body repaired itself over time. This passion for understanding the science behind everyday phenomena and a love for problem-solving led me to choose a career in the medical field. I completed my BSc in Biomedical Engineering, and my thirst for knowledge pushed me to further my education with an MSc. During my master’s degree, I focused on genetics, researching thyroid cancer diagnosis and suggesting less invasive methods to improve patient comfort and experience. This experience opened my eyes to the dynamic potential of research to revolutionize patient care, and it inspired me to transition into genomics and transcriptomic research, which I now pursue in my PhD. My hope is to make a meaningful impact on healthcare, improving lives through scientific discovery.
- Tell us more about your field of education and focus.
I’m currently pursuing a dual PhD between Khalifa University and KU Leuven, with a focus on understanding cardiovascular complications in diabetes. My research aims to identify specific proteins that cause the dysfunction of cells that line the blood vessels (endothelial cells), contributing to these complications. By pinpointing these mechanisms, I hope my work paves the way for targeted therapies and preventative measures, particularly relevant in the UAE and Middle East, where diabetes prevalence is high.
- Were there any challenges you faced, especially in terms of being a woman in the STEM field?
I feel fortunate to be in the UAE, a country where women in science are well-supported. However, when I was starting my career and contemplating a future in STEM, there was limited female representation in fields like genetics. It was challenging to not have many role models to look up to. Thankfully, the situation has improved over time, with inspiring figures like Professor Habiba Al Safar emerging as pioneers. Her contributions to genetics have set an example for Emirati women, showing what we can achieve in STEM fields.
- Do you think there is a misconception or bias when it comes to Arab women in STEM, or is it the same globally?
Gender disparity in STEM is a global challenge, but I’ve observed that the UAE has made significant efforts to empower women in these fields. While I’ve experienced support and opportunities here, I recognize that many Arab women across the region still face struggles related to underrepresentation and lack of support. Globally, the gender disparity in STEM is an issue, but here, we are witnessing a shift with more women entering and excelling in science. It’s crucial to continue highlighting these achievements to challenge stereotypes and inspire the next generation of women scientists, while also acknowledging that there is still work to be done to ensure equal opportunities for all.
- What has been the highlight of your career and/or study?
One of the most meaningful moments in my career has been meeting with physicians and realizing that my research could genuinely make a difference in patient care. It’s deeply rewarding to think that the work I do in the lab might one day improve people’s lives and bring comfort to patients and their families. Seeing my research published and knowing it’s contributing to the scientific community gives me a sense of fulfillment and purpose. Winning the L’Oréal-UNESCO Award is an incredible honor, not just for the recognition itself but for the validation of my work and the opportunities it brings to further my impact.
- How does your community stand to benefit from your work and efforts?
My research is particularly impactful for the UAE and Middle East, where diabetes and cardiovascular complications are widespread. By identifying proteins that cause the disruption of the cells lining the blood vessels through genomics and transcriptomics, we can work towards developing treatments to prevent or manage these complications. Moreover, this research has the potential to improve the quality of life for older adults, enabling them to live more comfortable, active, and fulfilling lives. It’s about contributing to a future where aging doesn’t mean a decline in health and independence.
- How will this accolade from L’Oréal-UNESCO impact your work?
This award has given me the confidence to pursue even more ambitious research goals. It has opened up new opportunities for collaboration and provided visibility for my work, which is crucial in expanding the impact of my research. I feel more empowered as a young scientist and motivated to keep pushing the boundaries of my field.
- Any last words you would like to share?
To young girls and women considering STEM: believe in your abilities and don’t downplay your achievements. Find a mentor, seek out other women in science for support, and never be afraid to ask for help. Collaboration and mutual support are key—when we lift each other up, we all succeed.
