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Posted by chris.armit@igmm.ed.ac.uk, on 26 January 2016
A new 3D viewer that allows interactive visualisation of mouse embryo anatomy is now available from the eMouseAtlas website (www.emouseatlas.org/). A slice viewer allows visualisation of anatomy on arbitrary section ...Posted by Beatrice Steinert, on 25 January 2016
Today, when we want to capture an image given by the microscope we can either snap a photograph of it or obtain a computer-generated image. But prior to when ...Posted by the Node, on 18 January 2016
Every year, students from the Woods Hole Embryology course produce some stunning images. It’s now time for readers of the Node to vote which of images from the 2014 Woods Hole ...Posted by jturan91, on 23 December 2015
The three-pound lump under our skulls that allows us to speak, run and function in our daily lives is a mass of dozens of types of minuscule cells joined ...Posted by the Node, on 17 December 2015
How well do you know your developmental biology images? Can you tell your frogs from your flies and your limbs from your antennae? Here at the Node we’ve come up ...Posted by jturan91, on 19 November 2015
As we develop from wads of cells to fully formed humans, each of our organs goes through intricate processes to achieve the right combination and number of cells arranged in ...Posted by Qiling Xu, on 20 April 2015
The MRC National Institute for Medical Research has celebrated its centenary in 2014. On 1st April 2015 NIMR ceased to exist, as it became part of the new Francis Crick ...Posted by the Node, on 10 February 2015
Time for the slightly delayed third round of images from the 2013 Woods Hole embryology course! Below you will find 4 beautiful images from the course. Choose the one you would ...Posted by the Node, on 20 October 2014
Every year we give you a chance to choose from sets of beautiful images taken by the students at the MBL Woods Hole embryology course. The most voted image then ...Posted by Gary McDowell, on 20 August 2014
I previously wrote a post about the development of a 4-D X-Ray Tomography technique for imaging early Xenopus embryos. Frog embryos are opaque due to their yolky composition and this ...