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Displaying posts with the tag: mouse [Clear Filter]

New embryo phenotype data from the DMDD programme

Posted by on June 15th, 2018

Following our latest data release, the DMDD website (dmdd.org.uk) now contains detailed phenotype data for nearly 700 embryos from 82 different knockout mouse lines. Highlights include the identification of limb defects and cysts in Col4a2 knockouts and replication of the major features of Meckel syndrome in B9d2 knockouts. We have begun to add immunohistochemistry image[…]

Polarizing morphogenesis: epithelia dance the polonaise

Posted by on June 13th, 2018

The story behind our recent paper: Counter-rotational cell flows drive morphological and cell fate asymmetries in mammalian hair follicles. Maureen Cetera, Liliya Leybova, Bradley Joyce & Danelle Devenport, Nature Cell Biology.    Planar cell polarity (PCP) is a fascinating biological problem because it spans such vast biological scales, from nanometers to meters of spatial organization. When[…]

Rare Is Everywhere

Posted by on June 5th, 2018

The story behind FOXL1+ telocytes You can find our recently published Nature paper here   Our story began two decades ago when my mentor, Klaus H. Kaestner, identified and cloned the transcription factor FOXL1, as being expressed in the mesenchyme of the mouse fetal gut (Kaestner et al. 1997). The position of FOXL1+ mesenchymal cells[…]

Postdoctoral Positions – RNA pathways in development and disease – NIH/NCI

Posted by on April 19th, 2018

We have open postdoctoral positions in our lab. We are looking for researchers interested in understanding the mechanisms through which non-coding RNAs and RNA metabolic pathways regulate gene expression in mammals and how these mechanisms impact animal development and disease. Our lab uses a combination of mouse models and genetic tools together with biochemical and[…]

Postdoc position (Francis Crick Institute, London): Developmental origins of health and longevity

Posted by on February 20th, 2018

An exciting opportunity to be part of a pioneering biomedical research institute, dedicated to innovation and science. A postdoctoral research post in the laboratory of Dr. Alex P. Gould is now available. We are looking for a highly motivated researcher to identify the, as yet unknown, molecular mechanisms by which dietary nutrients and oxidative stress[…]

Postdoctoral Fellow in Neurodevelopment

Posted by on January 18th, 2018

Applications are invited from highly motivated individuals who are interested in fundamental mechanisms of neuronal migration and axon guidance. The main focus of our research is to understand the molecular and cellular mechanisms underlying the development of neural circuits using the embryonic spinal cord as a model system (http://www.ucmm.umu.se/english/research/sara-wilson/). The fellowship is funded for two[…]

The people behind the papers – Chloé Dominici & Alain Chédotal

Posted by on January 18th, 2018

Vertebrate brain development is characterised by cell migration, as neurons are often born far from where they need to end up. Migration is regulated by guidance cues and their receptors, but, problematically, many of these molecules are expressed throughout the brain, complicating efforts to spatially and temporally pin down their function. A paper in the[…]

The people behind the papers – Simon Lane & Keith Jones

Posted by on October 4th, 2017

Checkpoints ensure that mouse oocytes with DNA damage arrest in meiosis I, preventing non-viable embryo formation, however the mechanisms which activate this checkpoint have so far eluded researchers. This week we feature a paper published in the latest issue of Development that reveals that the unique ability of mouse oocytes to sense DNA damage by[…]

Workshop on HREM imaging and mouse phenotyping

Posted by on August 8th, 2017

Deciphering the Mechanisms of Developmental Disorders (DMDD) is a large-scale imaging and phenotyping  programme for genetically modified mouse embryos. For embryos at E14.5, the key imaging technique is High Resolution Episcopic Microscopy (HREM), and the resulting images are used to comprehensively phenotype the embryos using a systematic approach.     With a combination of lectures,[…]

9.5 million knockout mouse embryo images now available

Posted by on July 20th, 2017

A new set of DMDD embryo and placenta data has been released, taking our total dataset to 9.5 million images of around 1300 embryos. DMDD is a primary screen of embryonic lethal knockout mice, and all data can be freely accessed at dmdd.org.uk. Detailed phenotypes are available for embryos from 73 different knockout lines, and[…]