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Jolles, J. (2010). The beautiful, transparent glass frog. Retrieved from http://mudfooted.com/transparent-glass-frog/

Martins, R. (2015). New species of see-through frog found, looks like Kermit. Retrieved from http://news.nationalgeographic.com/2015/04/150421-glass-frog-kermit-discovery-animals-science-costa-rica/

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This device is sustainable by reducing the amount of by-products formed with radiation treatments and anesthetic gases.

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The model works by placing a device over the humans body that needs examining. The" glass-like" part of the model will adhere to the patient's skin, mimicking that of the frogs. Let the device sit for 5 minutes in order to fully stick to the skin. Lights should be dimmed in the room and a fluorescent light will be shown over the device. Resulting in transparency of the skin and internal organs visible.

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1. Help doctors to diagnose internal issues without invasive surgery.
2. Help increase airport security scans with handheld translucent device.
3. Help police notice illegal substances in cars during traffic stops.

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The transparent nature of the glass frog will be the adaptation being used. I will design a technological device that mimics the translucent skin of the glass frog in order to display human organs in the same way the frogs organs appear. Although this adaptation is likely to help with amphibians camouflage nature (isn't exactly known), it will not be used to assist in human camouflaging. Instead, the designs sole purpose is to mimic the physicality of the frog.  In turn, benefitting humans in a different way than it benefits the frogs.

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My design will be used to assist medical professionals in the field of general surgery. Often times, patients go to the doctor with issues, but in order to diagnose those issues, some form of invasive surgery is required. For example, colonoscopies, scopes, biopsies, etc. However, those surgeries don't even always benefit the patient. This leads to expensive medical bills (mainly due to anesthesia), time taken off work, sore patients, and not even a result sometimes. Being able to use another method for diagnostic testing will enhance the field of medicine tremendously.

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The Hyalinobatrachium dianae, or in other words The Glass Frog is an amphibian found in Central and South America. It is known for its "see-through" stomach, which displays the species' internal organs such as the intestines. Scientists aren't exactly sure what causes the lack of pigment on the underside of the frog, but its green color as well as its transparency are believed to assist in remaining camouflaged in the rain forest where it resides. These physical characteristics of the animals body make it appear as if it is simply part of the leaf it is living on. The species is also classified as a "bioindicator...a species that provides clues about the health of the environment where it lives" (Jolles, 2010). Scientists believe they are able to identify climate change within the rainforest as they are unable to reproduce in such  dry conditions.