This project will explore innovative approaches to allergy treatment — including optimised allergen-specific immunotherapy, novel adjuvants, and potentially the use of engineered immune cells (e.g. regulatory T cells, CAR-T-like concepts for allergy). The aim is to analyse what limits the long-term success of current treatments and to propose biological or formulation-based solutions that could change the standard of care.
Allergies affect a growing portion of the population and remain under-addressed. Any insights into more effective, long-lasting therapies could support pipeline innovation and create commercial differentiation in a high-need space.
I’ve always found immunology inspiring — and allergy is a perfect intersection of immune complexity and clinical relevance. I want to be part of making therapies that don’t just treat symptoms but change lives.
I bring a personal passion for immunology, a track record of excellent academic performance, and a deep curiosity for how we can engineer long-term immune tolerance. I’m both ambitious and dependable, someone who contributes with insight, energy, and drive.
I have just completed my fourth semester in Life Science and Technology at the Technical University of Denmark, where I specialise in technical biomedicine. I plan to continue directly into the MSc in Pharmatechnology in 2026. Through my studies, I have gained hands-on experience and theoretical knowledge in biochemistry, organic chemistry, molecular biology, immunology, bioinformatics, drug development, laboratory methods, and statistics. In my fifth semester, I will be going on academic exchange, where I plan to focus further on metabolic pathways and developmental biology — areas that increasingly fascinate me.
I am driven by the desire to create meaningful change in healthcare — to make life better and treatments more accessible. My passion for biotechnology and mathematics led me to Life Science and Technology, where I now feel confident that I want to help develop future therapies that are both innovative and equitable. I am especially inspired by the discovery of new metabolic pathways and their potential as therapeutic targets. I'm also deeply interested in developing long-term solutions for allergies — a growing global challenge that I believe deserves greater attention. Whether in drug discovery, formulation, or translational science, I want to contribute to impactful, real-world solutions.
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