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tissue engineering

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27 October 2025

A human placenta model to protect pregnant women and their babies

EMBL researchers were awarded a BII foundation grant to support Model-MI – an in vitro model that mimics the maternal-fetal interface.

SCIENCE & TECHNOLOGY

2025

science-technology

15 May 2023 Science illustration representing research on organoids, organs-on-chip, and human health. The abstract composition shows several elements representing research into organoids and microphysiological systems, and their intertwined role in understanding health and disease.

Science illustration representing research on organoids, organs-on-chip, and human health. The abstract composition shows several elements representing research into organoids and microphysiological systems, and their intertwined role in understanding health and disease.

Organs-on-chip: new horizons for disease research

EMBL Barcelona researchers are studying how tissues develop in health and disease using organoids and 3D multicellular systems to mimic human organs and their functions.

EMBLetc

2023

16 December 2022 Group of around hundred people looking at the camera

EMBL in Spain: from EvoDevo to Tissues

More than a hundred scientists from across Spain and Europe met at the Andalusian Centre for Developmental Biology (CABD) for the 2022 “EMBL in Spain” event.

2022

alumni

26 July 2022 Group of around 100 people posing in a terrace in front of the sea.

A summer of scientific exchange in Barcelona

EMBL’s site by the sea hosted a trio of conferences this summer, covering topics ranging from vascular biology to engineered living systems to evolution.

CONNECTIONS LAB MATTERS

2022

connectionslab-matters

21 January 2020

Welcome: Kristina Haase

Kristina Haase brings an engineer’s perspective to vascular disease and regenerative medicine

PEOPLE & PERSPECTIVES

2020

people-perspectivesscience

15 November 2018 Top view picture of modified and natural invagination in a tissue

Controlling organ growth with light

The De Renzis group investigated invagination, the first step of organ development in embryos.

SCIENCE & TECHNOLOGY

2018

sciencescience-technology

18 June 2018 Three examples of the tissue shapes the team created. The black and white square, circle and triangle on the left correspond to the cells that were illuminated. On the right, three fruit fly embryos are shown in cyan, magenta and yellow, demonstrating how the illuminated cells folded inwards after the light-activation. IMAGE: Stefano De Renzis, EMBL

Three examples of the tissue shapes the team created. The black and white square, circle and triangle on the left correspond to the cells that were illuminated. On the right, three fruit fly embryos are shown in cyan, magenta and yellow, demonstrating how the illuminated cells folded inwards after the light-activation. IMAGE: Stefano De Renzis, EMBL

Constructing new tissue shapes with light

EMBL researchers guide the shape of cells and tissues with optogenetics

SCIENCE & TECHNOLOGY

2018

sciencescience-technology

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