Science, Science & Technology New research from EMBL Heidelberg shows how cells in developing embryos undergo a major shift in the way they regulate gene expression as they mature and differentiate.
2024
sciencescience-technology
Picture of the week, Science, Science & Technology For a fruit fly embryo to develop correctly, key factors need to get to the right place at the right time – a journey that starts in the developing egg, as seen in this image from the Ephrussi Group at EMBL Heidelberg
2023
picture-of-the-weeksciencescience-technology
Science EMBL researchers are stepping outside the lab and thinking outside the box to understand the basic principles that underlie the development and evolution of organismal characteristics.
2023
science
Science, Science & Technology EMBL and UW researchers plus additional collaborators have constructed a complete map of fruit fly embryonic development using machine learning. This research is foundational to better understanding overall embryo development in other species, including humans.
2022
sciencescience-technology
Science, Science & Technology Condensates are membraneless organelles that control specific functions within a cell. Scientists at EMBL Heidelberg have shown how the physical state of condensates can influence biological function.
2022
sciencescience-technology
Science, Science & Technology Researchers from the Furlong group at EMBL have come up with a way to observe the development of fruit-fly embryos simultaneously at the genetic and cellular levels, generating a high-resolution and integrated view of how different cell lineages form.
2022
sciencescience-technology
Science, Science & Technology Discoveries at EMBL will help researchers to interpret one of the most common types of experiments in genomics and medical studies.
2020
sciencescience-technology
Picture of the week, Science & Technology This image is a composite of lateral pentascolopidial organs, a wing imaginal disc pouch, and an epithelial wound in a Drosophila larva. The organs are arranged here like eyelashes. Cells surrounding an epidermal wound appear as the iris and pupil of this artistic eye.
2020
picture-of-the-weekscience-technology
Picture of the week, Science & Technology In this composite image, visual artist Mona Kakanj assembled three different biological structures in fly larvae into a flower. The original images were taken as part of a research project by Parisa Kakanj in Maria Leptin’s group.
2020
picture-of-the-weekscience-technology
Picture of the week, Science & Technology What may look like a branch of a tree with the first flower buds emerging after winter are, in fact, tracheal cells of a fruit fly larva and their nuclei.
2020
picture-of-the-weekscience-technology
Picture of the week, Science & Technology This image shows the tracheal system of a live fruit fly larva. Daniel Rios from the Leptin Group and Dimitri Kromm from the Hufnagel Group used this advanced microscope to investigate the dynamics of tracheal cells during development.
2020
picture-of-the-weekscience-technology
Science, Science & Technology This technique provides a simple but effective way to study the functions of organs in living animals
2020
sciencescience-technology
Picture of the week, Science & Technology The three bluish blobs shown in the top right corner of this image may not resemble the sphere of noodles that is the human brain, but they are still essential – at least for the fruit fly. This Picture of the Week shows the brain lobes of Drosophila. It’s an insect so tiny and so […]
2019
picture-of-the-weekscience-technology
Picture of the week, Science & Technology Fruit flies have something that we don’t have: they produce a protein called dumpy. This protein is the largest created by insects, and is comparable in size to the largest human protein – titin. While titin is vital for our muscle function, dumpy connects the soft cells of the insect’s…
2019
picture-of-the-weekscience-technology
Science, Science & Technology Enhancers in Drosophila embryos gather together to preserve phenotypes under stressful conditions
2019
sciencescience-technology
Science, Science & Technology What CRISPR may bring for the future of biology, and how it is used at EMBL
2019
sciencescience-technology
Science, Science & Technology New insights into mechanisms behind embryonic development
2019
sciencescience-technology
People & Perspectives, Science A conversation about art-science collaborations and the importance of drawing in biology.
2019
people-perspectivesscience
Lab Matters, People & Perspectives Curious about what goes on in EMBL’s Fly Room? Prepare to be a fly on the wall
2017
lab-matterspeople-perspectives
Science Five things researchers have learned from bizarre fruit flies
2017
science
Alumni, People & Perspectives Flies can do a lot for science, inside and outside the lab. EMBL alumna Isabel Palacios explains how
2017
alumnipeople-perspectives
Science, Science & Technology New mechanism revealed
2017
sciencescience-technology
Science, Science & Technology Using lasers to shed light on how tissues get into shape
2015
sciencescience-technology
Science Go Team Genome! New method reveals genetic teamwork in drosophila genome.
2015
science
Science Surprising finding: enhancers find their targets long before activation in Drosophila embryos
2014
science
Science, Science & Technology The balance behind membrane changes that turn one cell into 6000 as a fruit fly embryo develops
2014
sciencescience-technology
Science, Science & Technology If you wanted to draw your family tree, you could start by searching for people who share your surname. Cells, of course, don’t have surnames, but scientists at the European Molecular Biology Laboratory (EMBL) in Heidelberg, Germany, have found that genetic switches called enhancers, and the…
2012
sciencescience-technology
Science Researchers from the European Molecular Biology Laboratory (EMBL) in Heidelberg, Germany, and the Max-Planck Institute of Immunobiology Freiburg have identified a novel protein complex that regulates around 4000 genes in the fruit fly Drosophila and likely plays an important role in mammals, too.…
2010
science
Science During embryonic development, proteins called Polycomb group complexes turn genes off when and where their activity must not be present, preventing specialised tissues and organs from forming in the wrong places. They also play an important role in processes like stem cell differentiation and…
2010
science
Science Embryonic development is like a well-organised building project, with the embryo’s DNA serving as the blueprint from which all construction details are derived. Cells carry out different functions according to a developmental plan, by expressing, i.e. turning on, different combinations of genes.…
2009
science
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