- Ag2O nanoparticles electrogenerated on auxiliary electrode allow naked-eye faradaic electrochemical analyses
- Graphene-Containing Microfluidic and Chip-Based Sensor Devices for Biomolecules
- Single-Electron Charging Effects in Hybrid Organic/Inorganic Nanomembrane-Based Junctions
- Hybrid nanomembrane-based capacitors unveil the accumulation properties of molecular ensembles
Ag2O nanoparticles electrogenerated on auxiliary electrode allow naked-eye faradaic electrochemical analyses
The sensor was integrated into a handheld platform that consisted of a homemade potentiostat and gravity-assisted pumping, with which on-site tests can be performed by nontrained personnel.
Graphene-based biosensors integrated into microfluidic platforms have led to a notorious progress in the bioanalytical chemistry field by bringing advantages such as high sensitivity and selectivity, real-time and fast assays, multitarget and multiplex analyses, automation, and low sample consumption.
One of the main questions of modern science and technology is how to explore the properties of the matter down to the quantum limits (…)
Considerable advances in the field of molecular electronics have been achieved over the recent years. One persistent challenge, however, refers to the exploitation of the molecular properties of fully integrated electronic devices (…)
Chamada de submissão de propostas para as instalações de microscopia eletrônica
Período de submissão: 17 de setembro a 14 de outubro de 2018.
Bolsas de Verão do CNPEM abre chamada de candidatos
Interessados devem se inscrever entre dias 9 e 18 de outubro
The search for young talents in Nanotechnology
LNNano is opening a call for the selection of promising young researchers in nanotechnology. For us, a young researcher is a doctor with a maximum of 5 years after the doctorate degree