This week’s post is from Kelsey Stilson, a PhD student in biology at the University of Chicago, specialising in neurobiology and functional anatomy. It’s a post with teeth, in more ways than one! If you would like to write for Anatomy to You, get in touch via Facebook or Twitter. I study opossums. Specifically, I study…
Author: John of the Freezers
www.rvc.ac.uk/sml
In focus: The fabella, the forgotten knee bone
This week’s post is from Dr. Michael Bertaume, an “anthroengineer”– combining studies of anthropology and mechanical engineering perspectives. This post is about his team’s scientific paper just published here. If you would like to write for Anatomy to You, get in touch via Facebook or Twitter. The foot bone’s connected to the ankle bone,The ankle bone’s connected…
In focus: On fantails and first pages
This week’s post is from Katrina van Grouw, a scientist, illustrator, author and more. If you would like to write for Anatomy to You, get in touch via Facebook or Twitter. Anyone who’s read On the Origin of Species will know that it begins with—pigeons. Domesticated pigeons. Pages and pages of them. As a teenager I…
In focus: Do slow-moving animals have stiff backs?
This week’s post is from Michael Granatosky, a postdoctoral scholar at the University of Chicago in the department of Organismal Biology and Anatomy (Figure 1). If you would like to write for Anatomy to You, get in touch via Facebook or Twitter. Figure 1. Michael Granatosky (left) collecting data in Brazil on the comparative energetic…
In focus: What’s so great about echinoderms? These 9 facts will make them your new favorite animals.
This week’s post is from Liz Clark, PhD, a biologist/paleontologist at Yale University (New Haven, USA). If you would like to write for Anatomy to You, get in touch via Facebook or Twitter. Echinoderms are a group of invertebrates that include sea stars, sea urchins, sand dollars, sea cucumbers, crinoids and brittle stars, and they’re about…
In focus: Streetlamps, cranes and the internal architecture of the human femur
We are back after a break! And we have a nice series of posts planned already from numerous guest writers! To kick things off, let’s get hip to bone structure. This week’s post is from Diogo M. Geraldes, PhD CEng MIMechE MEng; a biomedical engineer in London. If you would like to write for Anatomy…
In focus: Investigating the Biomechanics of the Tadpole from Hell
by Eva Herbst, Structure & Motion Lab, The Royal Veterinary College, UK. If you would like to contribute a guest post, please get in touch, such as on Twitter or Facebook. Fig. 1 Reconstruction of Crassigyrinus scoticus (Panchen & Smithson 1990) My name is Eva Herbst and I started my PhD with John Hutchinson and co-supervisor…
In focus: How much do turtles wiggle their hips?
by Christopher Mayerl, Evolutionary Morphology and Biomechanics Laboratory at Clemson University (S. Carolina, USA). If you would like to contribute a guest post, please get in touch, such as on Twitter or Facebook. When you see a turtle, you automatically know it’s a turtle and not something else, probably because of its distinctive shell. However, there’s…
In focus: The big picture of little bones in tuatara
By Sophie Regnault with John Hutchinson and Marc Jones Sesamoid bones are specialised, typically small, bones found in tendons near to joints, with several unusual characteristics. We’ve covered them here before. These sesamoids tend to alter the mechanics of joints, and their development also seems highly influenced by movement. They can vary between individuals or…
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