IBEC PhD Discussions Complementary Skills Session: Equity crowdfunding
Complementary Skills Sessions are open to all staff and researchers at all career stages.
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IBEC PhD Discussions Complementary Skills Session: Equity crowdfunding
Complementary Skills Sessions are open to all staff and researchers at all career stages.
“Tecnología, la fuente de la juventud eterna”
IBEC director Josep Samitier features in an article today in El Mundo.
IBEC director Josep Samitier features in an article today in El Mundo.IBEC goes stateside to boost health applications of 3D printing
Representatives from IBEC were in Boston, Massachusetts last week taking part in a business mission to accelerate the application of 3D printing to health.
Representatives from IBEC were in Boston, Massachusetts last week taking part in a business mission to accelerate the application of 3D printing to health.Alongside companies Avinent, Diopma, Mastertec, Neos Surgery, Servocad Microtronics, Tractivus and Ventura Medical, as well as the Althaia Foundation, Fira de Barcelona and Hospital Clínic, Head of Tech Transfer Xavier Rubies—accompanied by Scientific Coordinator Mateu Pla—visited hospitals, technology centers and local laboratories and meet with investors and companies in the region to find financing, new partners or customers.
PhD Position in Nanobioengineering
Application Deadline: 21/05/2018
Ref: PH-JS
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The Nanobioengineering group at the Institute for Bioengineering of Catalonia (IBEC) is looking for a Pre-doctoral Researcher to work in the project “Personalizing pediatric cancer treatment with kinome analyses, cell-based functional assays and microfluidics”. The goal of this translational PhD thesis is to combine cell-based functional analyses of cancer cells to better understand what are the main signaling pathways ensuring pediatric tumors´ survival and find new treatments to eradicate them.
PhD thesis defence: Berta Gumí
Structural organization of model membranes: a complementary approach combining atomic force microscopy and x-ray techniques
PhD thesis defence: Berta Gumí
Structural organization of model membranes: a complementary approach combining atomic force microscopy and x-ray techniques
PhD thesis defence: Berta Gumí
Structural organization of model membranes: a complementary approach combining atomic force microscopy and x-ray techniques
PhD thesis defence: Berta Gumí
Structural organization of model membranes: a complementary approach combining atomic force microscopy and x-ray techniques
Cells communicate by changing their environment
Researchers at IBEC and MIT have shown that cells could use their environment to mechanically communicate with each other within tissues. It’s a bit like when an army cadet pulls some rope netting taut so that his friend can safely ascend.
Researchers at IBEC and MIT have shown that cells could use their environment to mechanically communicate with each other within tissues. It’s a bit like when an army cadet pulls some rope netting taut so that his friend can safely ascend.To nourish our organs and tissues, cells need to constantly detect and respond to the mechanical stimuli from their environment. Generally, cells that make up the tissues in our bodies are immersed in an extracellular matrix (ECM), a biopolymer made of proteins and glycoproteins such as collagen or fibrin. This ECM provides the cells with a way to interact with other cells, obtain nutrients, eliminate waste and ultimately form an integral and functional tissue.