Nano World Cancer Day
Bienvenido al NANO WORLD CANCER DAY 2016! El próximo 2 de febrero se celebrará la tercera edición del NANO WORLD CANCER DAY (NWCD), un evento de alcance mundial organizado en … Read more
Bienvenido al NANO WORLD CANCER DAY 2016! El próximo 2 de febrero se celebrará la tercera edición del NANO WORLD CANCER DAY (NWCD), un evento de alcance mundial organizado en … Read more
Following his appearance at Emtech France in Toulouse in December 2015, Samuel Sánchez featured in French daily newspaper La Tribune.
Associated researchers are university professors seconded to IBEC with an agreement signed between their university and the institute who are working on topics that are of interest or complementary to … Read more
The Nanomalaria joint unit’s winning submission is a cryo-transmission electron microscope image of liposomes being assayed for the encapsulation of drugs specifically targeted to red blood cells infected by the malaria parasite Plasmodium falciparum. The competition, which was open to the more than 2000 people who make up the PCB community, aimed to create a mosaic of image for Instagram that depicts a snapshot of life at the park on a typical day.
Optical studies of receptor activation and signaling
Optical studies of receptor activation and signaling
“Development of light-modulated allosteric ligands for remote, non-invasive control of neuronal receptors”
“Development of light-modulated allosteric ligands for remote, non-invasive control of neuronal receptors”
Application Deadline: 26/01/2016
Ref:AM-MP
The Institute for Bioengineering of Catalonia (IBEC) is looking for a Communications and Administrative Manager to support the Spanish Health Knowledge and Innovation Community (KIC) for healthy lifestyle and active aging of EIT Health. The position is funded by the Acciones de dinamización “Redes de Excelencia” 2015 of the Ministerio de Economía y Competitividad (MINECO) .
Published in Advanced Materials, the study describes a new technology, Suspended Planar-Array chips, whose extraordinary degree of miniaturization permits their use at the microscale. The new technique uses a single suspended chip to identify, quantify and determine of biochemical and physiological changes in small volumes, a reduction so dramatic that it even permits analysis inside living cells.