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Original drawing by Staci Amburgey. Why are ears lost in some species but not others? Above is a.
Current and past research, contact information, photos and more. Working in The Rosenblum lab. At UC Berkeley and The Bell Lab. Also, click on research projects and methods with links below to get more information and sneak peak results. Convergent Ear Loss and Regain in Toads.
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MicroCT scanning is a nondestructive way to look at the bones and the soft tissue of an organism in a relatively fast manner. MicroCT is best for investigating bones or other highly mineralized structures, however, certain stains can be performed before scanning to allow the visualization of harder to see soft tissues and membranes. Here is a scan of a toad skull in action! Powered by Strikingly - Mobile-friendly website in minutes.
This is a small preliminary story of one species of toad -. Understanding how ears develop in frogs and toads is key to understanding how and why these structures are so easily lost and regained. The few frog and toad species that have been studied for outer and middle ear development show a wide range in dev.
Overview of Histology and 3D Reconstruction. Why do histology and 3D reconstruction? If you photograph and align your sections of tissue, you can create a 3D representation of any tissue, bone, cell, neuron, or other structure for quantitative and qualitative evaluation. This is a juvenile toad skull embedded in a type of HPMA plastic.
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