- Wearable binary cooperative polypyrrole nanofilms for chemical mapping on skin
- Pencil graphite cores for pattern recognition applications
- Biochar may be the solution to remediate polymeric nanocomposites residues in soil
- Low-cost and rapid-production microfluidic sensors for cancer diagnosis anywhere by anyone
Wearable polypyrrole nanofilm arrays have been developed to extend the natural capabilities of the skin
Ready-to-use sensing probes have been used for the first time to develop a scalable, low-cost, fast and sensitive pattern sensor, which consists of electric double-layer microfluidic capacitors. Rough flake-graphite pencils assured differential interactions towards recognition applications.
This work highlights for the very first time the use of biochar as a tool to accelerate degradation of biodegradable polymeric nanocomposites in soil, which sheed light on its great potential for environmental remediation technologies
We provided the quantification of a breast cancer biomarker in real samples from human patients even at early stage. Using immunoassay based on magnetic nanobeads, the platform can be easily extended to quantify further types of cancer biomarkers and biomolecules associated with other diseases.
Academia Brasileira de Ciências diploma pesquisador do LNNano
Solenidade de posse dos novos membros afiliados aconteceu dia 14 de março, na Universidade de São Paulo (USP). Posse de novos titulares será em Maio.
Teste rápido detecta câncer de mama em 15 minutos.
Pesquisadores do LNNano desenvolveram um teste rápido de sangue para diagnosticar câncer de mama em 15 minutos
Diretor científico e pesquisador do LNNano são eleitos membros da ABC
Edson leite e Mateus Cardoso serão empossados em maio de 2019