From discovery to application
Scientific breakthroughs rarely follow a straight path.
The development of ferumoxtran MRI demonstrates how sustained research, international collaboration and personal persistence can move innovative technologies towards clinical application.
NanoBioVolt represents an earlier stage of that same journey: turning an inventive scientific principle into a technology that can be investigated, tested and potentially developed further.
The Nano Iron Ribbon Foundation aims to support this process as well, bringing together researchers, clinicians, engineers, institutions and partners.
Radiologist, member of Academia Europaea, Chairman of the Foundation.
He combats diseases, especially cancer, using medical imaging. Barentsz conceives, validates and implements innovations in medical imaging, both in the field of iron contrast agents and nano-batteries.
Scientist and radiologist, Secretary of the Foundation.
His focus is on the rapid application of new imaging techniques in medical care, with particular attention to clinical oncological MRI imaging using iron contrast agents. Dr. Hambrock specializes in translating innovative imaging technologies into practical clinical use, especially in the field of oncology. His expertise lies in developing and implementing advanced MRI techniques that utilize iron-based contrast agents to improve cancer detection and characterization.
Scientist and retired radiologist, Treasurer of the Foundation.
His focus is on (co-)developing the bio-battery. Dr. Maes earned his PhD in experimental contrast agents for MRI (Berlin, 2009). As a retired radiologist and experienced researcher, he brings valuable expertise to the foundation's innovative projects, particularly in the development of bio-battery technology. His background in experimental MRI contrast agents provides a strong foundation for advancing novel medical imaging and treatment approaches.
NanoBioVolt inventor — not a statutory board member
Inventor and CEO of Enzyme-Energy.
With a background in painting and sculpture from an art academy, she conceives innovations such as the bio-battery, aiming to leave a positive impact on society and our planet. Ms. Janssen combines her creative artistic background with business acumen to develop groundbreaking technologies that address societal and environmental challenges. Her work at Enzyme-Energy focuses on sustainable energy solutions, exemplified by the innovative bio-battery concept. Her unique approach blends artistic vision with practical innovation to drive positive change.
We welcome collaboration with scientists, universities, medical researchers, biotechnology developers, energy researchers and organisations interested in supporting early-stage innovation.
Two research programmes. One foundation. A shared commitment to scientific progress.
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