Ion-sensitive field-effect transistors meet scalable CMOS technology to yield low-cost, high throughput DNA sequencing modules.
Ion-sensitive field-effect transistors meet scalable CMOS technology to yield low-cost, high throughput DNA sequencing modules.
Microbarcodes embedded with rare earth nanocrystals show promise for disease detection and biomedicine.
Ring-shaped arrays of DNA by using a simple self-assembly process driven by a balance of different forces, by scientists in the USA and S. Korea.
Carbon nanotubes have the potential to unlock effective treatments for that most delicate of systems – the mammalian central nervous system. But conflicting studies and reports on potential toxicity underline the need for careful, standardized, and thorough research protocols.
New publication brings together theory and experimental results in molecular electronics – can we go beyond Moore’s law? Emanuele Orgiu & Paolo Samorì of ISIS tell us more
Light-triggered myosin allows real-time study of cells
Edge-hydrogenation of carbon electrodes could further the quest for solid-state, single-molecule DNA sequencing.
Tetrahedral constructs of DNA are a new way to support proteins on functional nanostructures, according to work by U.S. scientists.
Highly rated polymer science journal Macromolecular Rapid Communications chosen for indexing in MEDLINE.
A new approach to the development of functional and biocompatible coatings for titanium metal implants aims to reduce their failure rates by altering the nano-morphology of the surface.