Engineered Models of Human Disease

Must-attend event bringing together leading biologists, bioengineers, clinical researchers, computational researchers, and industry experts to explore in vitro engineering of human tissues and tissue-cell interaction modelling
Engineered Models of Human Disease
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Organized by the BIO4 Campus, The Serbia Ministry of Science, Nature Communications, Nature Biomedical Engineering, Nature Reviews Bioengineering, Nature Materials and Nature Cardiovascular Research.

Join a pioneering conference focused on developing human-relevant in vitro disease models. The program brings together leading biologists, bioengineers, clinical researchers, computational researchers and industry experts to explore two key areas: in vitro engineering of human tissues and tissue-cell interaction modelling. It will address critical challenges in disease model manufacturing, characterization methods, and benchmarking protocols.

Sessions will examine how these in vitro disease models can support drug development, pre-clinical testing and inclusive biomedical research. This conference offers valuable insights for professionals across biotechnology, pharmaceutical development, and clinical research sectors, providing a platform to engage with cutting-edge innovations in disease modeling and therapeutic discovery.

Serving as a companion event, you are also invited to join the fourth version of The AI 4 Life: Biotech Future Forum on October 27th. Centered on artificial intelligence and biotechnology, this forum explores the transformative impact of these fields on future developments and scientific advancements. Led by Serbia's Government and its Centre for the Fourth Industrial Revolution, in partnership with the World Economic Forum and UNDP, it brings together diverse stakeholders from governmental bodies, industrial sectors, academic institutions, and international participants

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Follow the Topic

Regenerative Medicine and Tissue Engineering
Life Sciences > Biological Sciences > Biotechnology > Regenerative Medicine and Tissue Engineering
Stem Cell Biotechnology
Life Sciences > Biological Sciences > Biotechnology > Regenerative Medicine and Tissue Engineering > Stem Cell Biotechnology
Drug Development
Life Sciences > Health Sciences > Biomedical Research > Pharmacology > Pharmaceutics > Drug Development
Disease Models
Life Sciences > Biological Sciences > Developmental Biology and Stem Cells > Disease Models
Health Promotion and Disease Prevention
Life Sciences > Health Sciences > Public Health > Health Promotion and Disease Prevention
Tissue culture
Life Sciences > Biological Sciences > Biological Techniques > Cytological Techniques > Tissue culture

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