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Displaying posts with the tag: is_archive

CSHL Mouse Course: my perspective and why you should apply too

Posted by , on 2 February 2018

The deadline to apply for the 2018 Mouse Development, Stem Cells & Cancer course at Cold Spring Harbor Laboratory (CSHL) is March 15th. If you don’t know much about the ...

An interview with Jenny Nichols

Posted by , on 17 August 2017

This interview by Aidan Maartens originally appeared in Development, Volume 143, Issue 16. Jennifer Nichols is a Principal Investigator at the Cambridge Stem Cell Institute and Department of Physiology, Development and Neuroscience ...

The forces that shape us: Mechanics of mammalian neural tube morphogenesis

Posted by , on 7 July 2017

Introduction to the biomechanics of neurulation Those of us who go to the gym are accustomed to thinking of mechanical forces shaping our bodies. Physiological (e.g. determination of bone mass ...

eLearning at eMouseAtlas

Posted by , on 24 November 2016

A new eLearning resource that provides short and interactive vignettes in embryo (primarily vertebrate) development, from gametogenesis through to organogenesis, is available from the eMouseAtlas1,2 website (www.emouseatlas.org). The current eLearning ...

Electrifying news for embryologists

Posted by , on 17 June 2014

Electroporation: an efficient technique for embryologists During embryonic development, the specification of different cell types giving rise to the future organs involves a precise spatiotemporal regulation of cell proliferation, migration, ...

GATA6 and the power of single cells

Posted by , on 29 May 2014

Any mammal who celebrated Mother’s Day earlier this month realizes how important mothers are for us and the tight bond between them and their children. Forget clean shirts and packed ...

An interview with Patrick Tam

Posted by , on 25 November 2010

(This interview by Kathryn Senior originally appeared in Development on November 23, 2010) Patrick Tam’s research is focused on the cellular and molecular mechanisms of body patterning during mouse development. ...

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