Constraining the movement of vascular cells by culturing them on engineered microgrooved substrates generates a new pattern of collective motion that can be predicted using the physical framework of active fluids. This work has been published in Nature Communications by a team from the Hydrodynamics Laboratory.
Meeting with Alexandre Boulanger, CEO of Metyos. The startup, both medtech and deeptech, is developing a personal biosensor to address the problem of the great pandemic of overweight and obesity in the world.
The 58th Paris International Agricultural Show took place from February 26 to March 6. On this occasion, the French government announced the launch of a new program, Agri20, to support innovative startups in the sector. Take a look at five X AgriTech startups : Thegreendata, Proteme, Fruition Sciences, Farmwise and Ÿnsect.
Eleven start-ups supported by the X-Up incubator, the Drahi-X Novation Center at École Polytechnique, or from the X start-up ecosystem pitched their...
The annual workshop "Current Trends in Cancer Modelling and Research" in November 2021 enabled Polytechnique students to come into contact with high...
For the start of the 2021 academic year, the " Personalised reconstruction of the tumour process" teaching sponsorship offers third-year students of...
The role of the actin filaments as the skeleton of the cell is very well identified, but its implementation has so far been unclear. It is the veil of...
Representation of the three-dimensional structure of the human METTL5-TRMT112 complex and the phenotype observed in the fly following inactivation of...
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