Kosaka’s research at ib3 TV
Dr. Kosaka's research, funded by Comfuturo program from fundación CSIC at ib3. Source: http://ib3tv.com/priscila-monteiro-cientifica-brasil-eivissa-detectar-cancer-mostra-sang.html
Dr. Kosaka's research, funded by Comfuturo program from fundación CSIC at ib3. Source: http://ib3tv.com/priscila-monteiro-cientifica-brasil-eivissa-detectar-cancer-mostra-sang.html
CSIC and QUO journal have announced the 13 best Spanish scientists of 2017. Source: http://www.quo.es/ciencia/seleccion-espanola-de-la-ciencia-2017/javier-tamayo-hacen-falta-fisicos-con-ideas-locas-para-abordar-de-otra-manera-las-enfermedades-incurables
News and practical info about VIRUSCAN Source: https://viruscanproject.eu/
Each virus and bacteria has a different mass. Just by weighing them, we would be able to identify and distinguish them and therefore, detect the associated diseases in a very early stage. Recent advances in nanotechnology have allowed the fabrication of a new class of devices called nanomechanical sensors, which act as weighing devices at…
ComFuturo is a program based on the public-private partnership of Fundación General CSIC (FGCSIC) and Consejo Superior de Investigaciones Científicas (CSIC) with leading private entities in the country (Banco Santander, Aqualogy, BASF, Fundación Domingo Martinez, Jesús Serra Foundation, Gas Natural Fenosa, Hotel Aguas de Ibiza, Iberdrola and Lilly). Its objective is to capture the best…
Follow interview to Dr. Kosaka in The Pathologist. About The Pathologist The Pathologist is a must-read source for all specialists operating in pathology, including molecular diagnostics, biochemistry, histology, microbiology, immunology, hematology, and cytology. Covering the field in part by exploring the hopes, fears, motivations and aspirations of the key figures in pathology. Source: https://thepathologist.com/issues/0317/a-viral-vision/
Our PhD students Javier Escobar and Juan Molina have been able to control the transport of extremely small amounts of liquids, in the order of zeptoliters (1 zL = 10-21 L), when these flow along resonant nanofluidic channels. Álvaro San Paulo, responsible for the work, explains: “What we have achieved is to measure with precision…