On the other hand, this group is much smaller than the adult population as a whole, which also contributes to the need for surgeons to have many skills and tools that cannot always be trained. In general, this discipline is characterized by having a wide range of conditions to be solved, but with low frequencies, since children grow and develop, thus changing the diseases that afflict them. Paediatric surgery is the medical specialty in charge of the diagnosis and management of surgical pathology in children and adolescents. This project led by HSJD will be co-developed with Fundació CIM UPC Barcelona Tech (CIM UPC) and the Servicio de Cirugía Pediátrica Hospital Regional Universitario de Málaga (HRUM). This advanced solution will be based on digital and physicial models using technologies such as Virtual reality, augmented reality and 3D printing. Sant Joan de Déu Hospital (HSJD) is looking for a 3D printing and planning bioengineer to work on a project focused on the development of advanced solutions for the training and simulation of surgical skills for complex paediatric oncologic surgery cases. This Complementary Plan is co-funded by the Ministry of Science and Innovation and the Generalitat de Catalunya under the C17.I1 of the Recovery, Transformation and Resilience Plan (PRTR). With the aim to recruit research staff for the implementation of one of the sixteen “Collaborative Projects” selected in Catalonia within the framework of the Complementary Plan for Biotechnology in Catalonia, this selection process is opened. IBEC is committed to turning research results into practical applications, providing innovative solutions to industry and to hospitals, and, ultimately, to society. Signal and Information Processing for Sensing Systems.Protein Phase Transitions in Health and Disease.Nanoscale bioelectrical characterization.Molecular Imaging for Precision Medicine.Molecular and Cellular Neurobiotechnology.Biomimetic systems for cell engineering.Biomedical signal processing and interpretation.Bioinspired Interactive Materials and Protocellular Systems.Biomaterials for Regenerative Therapies.Bacterial infections: antimicrobial therapies. If you do not see the email, check your Spam or Junk folder. Select your Mathematica for Sites (Legacy) product, and click the button to “Request Extension” next to your Activation Key.Type in your UC San Diego email address and select the option to sign in using your UC San Diego netID and password (Note: The first time that you sign in using your school login, you will be prompted to link it to your Wolfram ID).If you would like to stay at your current version of Mathematica:.To upgrade to version 12.3.1 or newer version, follow the directions under “Licensing Access (Single Machine)”.Reactivating Mathematica Versions 12.3.0 and earlier (Note: The first time that you sign in using your school login, you will be prompted to link it to your Wolfram ID).When prompted to activate through your organization (SSO), sign in with your UC San Diego login (for details, see instructions: ).Click the link to download Mathematica for your operating system.Type in your UC San Diego email address and click Continue.Wolfram products: Mathematica, Mathematica Online, Wolfram Alpha Pro, Wolfram|Alpha Notebook edition Get Access Mathematica Desktop Licensing is renewed annually and is available only to active students, faculty, and staff.The agreement supports the use of products in instruction and academic research.Faculty, staff, and students are eligible to use products on campus or personal machines.Mathematica from Wolfram Research is mathematical computation software that integrates computation into complete workflows, moving seamlessly from initial ideas to deployed individual or enterprise solutions. Available to: Students Faculty Staff and Researchers Platform: Windows Mac and Linux
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