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A Future Without Lab Animals
Written by Alice Pettitt & Jun Jie Ong, Life Science Investors @ Creator Fund Animal testing has long been the standard to assess the safety and efficacy of drugs intended for human use. In the UK, this involves testing all new drugs on rodents (usually mice or rats) and non-rodent… Read More
Read Read moreEU VC Podcast Feature
Listen to our CEO Jamie Macfarlane share the story of how we have built Creator Fund over the past three years to back startups building on the edge of what’s possible. Why we believe that scientific founders are uniquely positioned to create great technology businesses. Listen now
Read Read moreBuilding with your Meilleur Ami
The term “best friends” gets thrown around a lot when we we’re growing up, but it’s stood the test… Read More
Read Read moreSearch engines that think like humans
Iain Mackie leads NLP investments at Creator Fund and previously worked in Quant trading. Read More
Read Read moreBrainZell
BrainZell are developing synthetic 3D models replicating the human brain so that pharmaceutical companies can test their drugs quicker and cheaper. Their technology also enables more ethical drug development as it reduces the testing of drugs on live animals. Read More
Read Read moreNeuranics
Neuranics have developed a novel magnetic sensor which allows the practical measurement of bio-magnetic signals, particularly for measuring magnetic field changes arising from neural signals sent to muscles. Different types of magnetic sensor have been previously developed. However, these have trade-offs between performance and practical constraints - notably cost, size, and energy consumption. Ideally, one would like to have a small, mass-manufacturable and robust sensor that operates at room-temperature, has low power consumption and high sensitivity. Read More
Read Read more7 Tips for Deep Tech Founders
Jeremy Brown’s Advice for Deep Tech founders Deep tech means companies that are based on fundamental technological innovation, usually being built by scientific experts in the space. These companies don’t beat their competitors through advertising dollars or brand, they win through their ability to continue out-innovating everyone else. Deep tech… Read More
Read Read moreUpFront Diagnostics
Saving lives by saving time in stroke diagnosis. The current method of diagnosing stroke is a CT scan, which takes time to perform and has a high rate of false negatives. UpFront Diagnostics has developed a 15-minute blood test that can take place in the ambulance while a patient is being taken to hospital, meaning that a doctor has critical information before a patient reaches the hospital. Read More
Read Read moreTenyks
Building trust between humans and machines. Tenyks is a MLOps monitoring platform that stress tests models. It audits how decisions are made, identifying errors, highlighting biases, and explaining how an algorithm works. Read More
Read Read moreReece Khan
Reece is an Undergraduate medical student at King's College London. He is the founder of a digital health startup transforming MedEd through gamification and has experience working with startups at Capital Pilot. Reece is committed to supporting ventures poised to transform the practice of medicine through technological innovation. Read More
Read Read moreKatariina Kordemets
Katariina is a Master's student in biomedicine at the University of Tartu with a passion for biotechnology, personal medicine and science communication. She currently holds multiple positions including a marketing specialist at an Estonian biotechnology company, a cell culture specialist at the University of Tartu, and a volunteer at the Bioscience Students’ Association based in Tartu. Katariina defended her Bachelor's thesis on protein expression optimization and is currently involved in generating induced pluripotent stem cells from blood cells for personal medicine. She has also been active in various educational initiatives, led two working groups of students’ associations and given many scientific lectures in various high schools as well as assisting in teaching a practical biotechnology course for Bachelor’s students at the University of Tartu. Read More
Read Read moreJuliane Weller
Juliane is a PhD student at the Wellcome Sanger Institute at the University of Cambridge, focusing on CRISPR genome engineering and predictive modelling of editing outcomes. During her studies, she gained practical experiences in both academia and industry, exploring cancer research, microelectronics, and the application of artificial intelligence in biomedicine. Juliane holds a MSc in Biotechnology and High Throughput Analysis, a MEng in Biotechnology and a BSc in Molecular Medicine. Read More
Read Read moreYann Bouquet
Yann graduated from Ecole Polytechnique Federale de Lausanne (EPFL) in 2022, majoring in Data Science. With an interest in cutting-edge technology and a solid foundation in computer science, he brings over two years of practical experience in research and development, collaborating with industry leaders. Yann's expertise lies in computer vision, computer graphics, and machine learning, a knowledge base he continues to expand as he pursues a Ph.D. in Computer Vision at EPFL. His research is focused on the advancement of neural network transparency and interpretability through the application of Explainable AI methodologies. Read More
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