Biomedical microfluidics uses small-scale fluidic systems to manipulate biological samples, cells, reagents, droplets, and biomolecules in channels whose dimensions are often comparable to cells or ...

This year’s theme is “Technology and its promise for equity and access for well-health,” highlighting the positive impact biomedical engineers can have on human health IEEE EMBS will also host the 2nd ...

This Research Topic focuses on advances in intelligent processing of biomedical signals and artificial intelligence for next-generation health, biometric ...

Graphene-based nanomaterials encompass atomically thin sheets of carbon and their chemically derived forms, including graphene oxide and reduced graphene oxide. Their exceptional surface area, ...