Hello! I’m Aamina, a biomolecular researcher focused on RNA-mediated gene regulation and biomolecular condensate dynamics in disease. I am particularly interested in how RNA-driven regulatory mechanisms and cellular organization integrate to control cellular function, stress adaptation, and disease progression. My work bridges molecular experimentation and translational insight, combining RNA biology, immunology, and disease-focused research, including the engineering of LLPS-based enzyme systems to explore how condensates regulate biochemical activity in metabolic disorders such as phenylketonuria (PKU).

I hold a Master’s degree in Biochemistry and Molecular Biology and have several years of international research experience in RNA biology and cancer biomarker development, with peer-reviewed publications from collaborative projects. I have hands-on experience in techniques such as RNA-seq analysis, qPCR/RT-PCR, flow cytometry, and cell culture systems, which I have applied to investigate RNA regulation and cancer-associated biomarker expression.

My long-term goal is to establish an independent research program focused on understanding how RNA-mediated regulatory mechanisms and biomolecular condensate dynamics shape gene expression in disease. I am particularly interested in how these processes operate within host–pathogen interactions and influence cellular responses and adaptation. By integrating molecular and systems-level approaches, I aim to generate insights into gene regulation and cellular organization that advance our understanding of disease progression.

I believe science should be shared, not just published. Through writing and mentoring, I enjoy turning complex scientific ideas into conversations that anyone can understand.