Collaborative Research. Real-World Impact. Future solutions.
Collaborative Research. Real-World Impact. Future solutions.
Pioneering global research on brain chemistry, maternal nutrition, and neurodevelopment since 1990. Our mission is to safeguard future generations by understanding the essential nutrients that shape the human brain.
We’re dedicated to scientific excellence, tackling the pressing challenges of our time, and shaping the future with groundbreaking research.
Since 2010, the Institute of Brain Chemistry and Human Nutrition (IBCHN) has been proud to collaborate with Imperial College London, combining decades of nutritional-neuroscience research with cutting-edge medical and academic expertise. This partnership strengthens our mission to advance maternal health, infant brain development, and global nutrition science.
Understanding how nutrition in pregnancy impacts newborn brain growth.
Over five decades of scientific leadership in DHA, neural development, and evolutionary nutrition.
Working at the forefront of quantum neuroscience through the pioneering leadership of Professor Crawford and Dr. Manahel, combining brain chemistry and quantum research to shape the future of intelligence and cognition.
Working with leading universities, hospitals, and international experts across more than 20 countries.
Founded in 1990 in London, IBCHN emerged from groundbreaking discoveries showing that the human brain depends on long-chain omega-3 and omega-6 fatty acids, especially DHA. Our research has shaped international understanding of neurodevelopment, preterm infant health, and the links between maternal nutrition and lifelong outcomes.
Today, IBCHN continues its mission at Chelsea & Westminster Hospital and Imperial College, collaborating with global partners to address the rising burden of brain disorders and to advocate for nutritionally sound public policy.
Investigating how nutrient levels before and during pregnancy affect fetal brain development.
Exploring the irreplaceable role of DHA in brain structure, function, and human evolution.
Leading clinical research on fatty acid deficiencies linked to neonatal complications.
Promoting sustainable food systems to ensure brain-specific nutrients for a growing world.
What we are working on right now
A landmark study showing measurable increases in newborn brain volume linked to maternal supplementation.
Critical findings establishing AA as essential for both vascular and neural development in the embryo.
Comprehensive analysis on how maternal nutrition and genetic factors shape long-term cognitive health.
