I’m a PhD student at the department of Molecular and Integrative Biosciences at the University of Helsinki. My research focuses on the structural and functional characterisation of a membrane protein linked to autism. Apart from science, I’m interested in coming up with creative ways of communicating science and advocating for neurodiversity. In my spare time, you can also find me reading, dancing, and spending time with my bunnies.
Proteins had always opened and closed gates, carried signals, bent the barriers of energy. Their work powered every breath, every step, every thought of the giants they inhabited. Yet for millennia, no giant had laid eyes on them. Would they ever get the recognition they sought?
Machines are here to flatten creativity, replace workers, and smuggle bias into every corner of life – this is the mood that swept in with the rise of generative AI. But is AI biased by nature, or could it even help us fight prejudice?
Most of us entered our PhDs full of aspirations and an academic career in mind. But along the way, our plans seem to have changed.
The best beginnings don’t lecture; they captivate. If you’re unsure how to do that, you’re not alone. Here, we adapt creative writing tools to science communication, showing you how to mix clarity with intrigue and build openings that make readers want to follow you anywhere.
Antimicrobial resistance (AMR) is a critical global health threat, but 2024 saw vital progress in fighting superbugs. This article explores the most recent breakthroughs in this field, including new antibiotics, advances in alternative solutions such as vaccines and phage therapy, and research aimed at preserving our ability to treat infections.
Thinking of pursuing a PhD? Want to know what it’s really like? In this piece, Vinaya busts the obvious myths about a PhD and summarises the experiences of PhD students.
Insects are revolutionizing the future of animal feed, offering a sustainable, nutrient-packed alternative that slashes resource use and eases environmental strain. Unlike traditional feed sources, insects like black soldier flies, mealworms, and crickets require minimal land, emit fewer greenhouse gases, and reduce the need for antibiotics – all while providing high quality nutrition for livestock. Thanks to cutting-edge farming techniques and bioengineering, production is scaling up fast. Of course, hurdles remain, from regulatory roadblocks to cost challenges and ethical debates. But with governments, researchers, and industry leaders joining forces, insects could play a crucial role in feeding our growing world – efficiently and sustainably.
One pill a day keeps the old age at bay? NAD-boosting treatments are at the forefront of the anti-ageing industry. Many swear by this powerful compound, albeit having little knowledge of its potential pitfalls. So dive in and discover for yourself what NAD really is and how concerned we should be about its growing popularity.
Ever since its development 10,000 years ago, demands on agriculture have been increasing. Can the latest AI technologies finally put an end to hunger around the world? Find out in our article exploring the promise and challenges of precision agriculture.
Wherever you are, without turning around or changing your field of vision, count how many plastic objects you see. In my small 50 m2 apartment, I count 46. This little exercise gives you a glimpse of how plastics have contributed to advancing modern technology and society, thanks to their affordability, durability, and versatility.