This resource provides 3D interactive models the ability to rotate the model 360 degrees and add or remove layers of anatomy. With a focus on digital and cadaveric dissection, this standout 3D interactive digital anatomy resource gives you ultimate control to explore the human body across all anatomical regions in unprecedented detail, accuracy, and flexibility. Also included is a comprehensive audio pronunciation guide of anatomical terms.
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Mozilla Firefox: Under "Tools" in the toolbar choose "Options" and click on the "Content" tab in the left hand column. If the "Block Popup Windows" option is clicked, click the "Allowed sites" button and enter www.Anatomy.tv and/or www.studentAnatomy.tv in the textbox and click allow
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Death has many faces – as well as there being different types of cellular death, one called programmed cell death (apoptosis), can play protector (eradicating faulty cells), sculptor (eg. removing cells to define finger shapes during development), or destroyer. Nerve cell death by apoptosis is well known as a marker of neurodegenerative diseases, such as glaucoma and Alzheimer's. Reaction with a fluorescently-tagged protein called annexin-V has long been used in research to highlight apoptosing cells in samples, and in the early noughties a method was developed to track such cells directly in patient's retinas to identify disease and its progression. Now, however, researchers studying the retina in live mice (pictured), reveal that annexin-V (magenta) can also react with cells that aren't in the process of dying – a population of microglia (a type of immune myeloid cell, all stained green here). So, it appears that more precision is needed when homing in on dying retinal cells – there's a risk they're being obscured by annexin-V-positive myeloid cells.
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ISU Library- Meridian
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Eli M. Oboler Library |
ISU Library- Idaho Falls |