News
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- Category: Research
Bacterial cell-wall hydrolases must be tightly regulated during cell division. Insight into the molecular mechanism of this process is key to provide the structural basis for the rational design of novel antibiotics
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Antiferromagnetic materials can beat conventional ferromagnets in spintronics due to insensitivity to perturbations, up to THz operation, etc. We have grown micron-sized crystalline NiCoO films and determined their spin axes.
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This work that explores the chemistry-climate implications of adding chlorine to the atmosphere as a climate intervention technique.
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Un estudio publicado en Nature muestra que una serie de compuestos que emite el océano, los halógenos naturales de vida corta, ejercen un efecto de enfriamiento indirecto sobre el clima de la Tierra.
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Very short-lived halogens amplify recent past and future ozone depleting trends in the tropical stratosphere
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- Category: Seminars
On Tuesday 23rd of May we will have the last edition of the 2022-2023 cycle of the Curie Colloquium. The invited speaker will be Prof. Anthony Ryan, director founder of the Grantham Centre for Sustainable Futures.
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- Category: Awards
Miguel Mompeán García is awarded the “E. Pérez-Payá” 40 Prize of the SBE “For his notable efforts in understanding the mechanisms underlying molecular assembly in general and amyloid-type fibre formation in particular”
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La división bacteriana es un proceso celular esencial estrechamente regulado por el complejo de membrana FtsEX. La estructura del supercomplejo FtsEX:EnvC:AmiB proporciona información fundamental sobre este proceso.
