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Falling Walls Falling Walls Science Summit 2022

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Breaking the Wall of Vascularization in Cancer

Federica Barbugian

Emerging Talents

Fabrication of a 3D bioprinting macro vascular tree that will be connected with the cells assemble micro capillary network to study the behavior of metastatic cells through the endothelial barrier.

Tags: Bio-Tech.

Federica Barbugian

University of Milano-Bicocca

Frederica Barbugian studied Biotechnology and graduated in Industrial Biotechnology in July 2020 at the University of Milano-Bicocca (Italy) with a thesis on Biofabrication of vascularized tissue model by combining template leaching additive manufacturing with hydrogels. In 2020, she started a PhD at the University of Milano-Bicocca in the BioOrganic Chemistry group. The project is about neural engineering. This involves the manufacturing of a 3D pathophysiological in vitro device able to mimic and then study the recurrence of glioblastoma. What Frederica wants is to grow mini-brains to solve big problems.

Breaking the Wall of Vascularization in Cancer
Federica Barbugian

Falling Walls Foundation

“When citizens have the opportunity to take part in science”: Translating Science Engagement around the world

Breaking the Wall of Plastic Waste
Ting Xu

Pint of Science

Pint of Science: “The network was a big source of inspiration”

The Dollie House & Falling Walls Foundation

Launch of the Falling Walls Engage Hub South Africa: “My brain has expanded”

Fundación Ciencia Joven

Falling Walls Engage Hub Argentina: “Advancing the development of the field”

Affordable Renewable Energy: Breaking the Wall of Solar Wind Hybrid
Nurudeen Issa

Reducing the Carbon Footprint of Artificial Intelligence: Breaking the Wall of Analog AI Technology
Pratik Kumar

Using Solar Power for Computer Labs: Breaking the Wall of Digital Inequality
Carmen Noëlie Abla Eklou-Adegnoh

Accelerating Carbon Capture by Marine Ecosystems: Breaking the Wall of Oceanic CO2 Removal
Lorena Neira Ramírez

Facilitating the Space Sustainability: Breaking the Wall of Space Debris at Scale
Niklas Wendel

Pyrolysis to Produce Diesel Fuel: Breaking the Wall of Plastic Waste
Koffi Alain Fabrice Kouamé

Improving Soil Fertility in Arid Lands: Breaking the Wall of Food Security
Batool Albar

VR Based Walk Stimulation Device: Breaking the Wall of Remote Rehabilitation
Lilit Guroghlyan

Reducing Carbon Footprint of Architectural Projects: Breaking the Wall of Low-CO2 Buildings
Taís de Moraes Alves

Biodegradable Sanitary Towels: Breaking the Wall of Menstrual Health
Bonface Jiveri

Investigating Schizophrenia with Brain-on-a-Chip: Breaking the Wall of Single Neuroscience
Enrico Patrono

Sustainable Production of Fossil Fuel Alternatives: Breaking the Wall of Clean Hydrogen
Sarah Martell

Improving Osteoporosis Treatment with TiCu Alloy Fixation Screws: Breaking the Wall of Osteoporotic Break
Xiyue Zhang

Preventing Secondary Bleeding with Superhydrophobic Hemostatic Device: Breaking the Wall of Pre-Hospital Trauma
Vishnu Sunil

Optimizing Radiation Dose and Image Quality in Radiology: Breaking the Wall of Stochastic Effects
Hamza Sekkat

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Falling Walls Falling Walls Science Summit 2022
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