Peek under all the flaps in these colorful and engaging books–perfect for little fingers and curious minds.”– Usborne Look Inside Your Body Inside Look Inside Your Body Scanning technologies collect readings from the body and use a computer to process the data into visual images. The readings can be taken from a variety of sources:

Look Inside Your Body ~ A Best-Selling Body Book! - Surprise Look Inside Your Body ~ A Best-Selling Body Book! - Surprise

X-ray images were also utilised outside medicine. Between the 1920s and 1960s, for example, shoe-fitting fluoroscopes (also known as pedoscopes) could be found in many shoe shops. A child trying on new shoes would stand on the footpad of the machine while they, a parent and the sales assistant looked through viewing portholes at a continuous X-ray image. The fluorescent image would show the bones of the feet and an outline of the shoes to reveal how well they fitted.The medical community was an early adopter of photographic technology following its invention in the mid-1800s. Photography was used primarily to document the visible symptoms of patients with particular medical conditions. But for several decades, medical texts continued to favour hand-drawn illustrations of diseases and procedures because a skilled artist was able to capture detail more accurately than a photograph. I love how interactive it is and would never fail to get children excited. There are so many links you can make with science and would be a fantastic tool to use when introducing different processes and body parts in biology. Ultrasound scanners typically consist of a hand-held device called a transducer to scan the body and a computer with a viewing screen to display the processed data as an image. Crystals in the transducer send high-frequency sound waves into the body and it detects the returning echoes. This is called the piezoelectric effect and was discovered by Pierre Curie (1859–1906) in 1880. Ultrasound scanners were not commonly used in hospitals until the 1970s. By the 1980s the technology had advanced enough to produce moving images in shades of grey, followed by 3D imaging not long after. Today ultrasound is widely used in surgical procedures and the field of gynaecology. Because MRI can construct images of soft tissue, it's especially useful for diagnosing joint abnormalities, diseases of the liver and abdominal organs, and identifying tumours and uterine conditions such as fibroids.

Look Inside Your Body by Louie Stowell, Kate Leake - Waterstones

This book is so great. It is so informative. My son loves to look and see what happens when you eat food (let’s be real – he loves to see the poop)! It has over 100 flaps (including flaps in flaps)! It shows how your muscles work and how your brain processes what you see. I highly recommend this book.” Other Usborne Books & More titles in the Series include: When a body is placed between an X-ray source and a photographic (or fluoroscopic) film or screen, an image forms. Denser body parts, such as bones, absorb more X-rays, creating lighter areas on the image. Softer tissue allows X-rays to pass through, leaving dark shadows on the image. R B Gunderman, X-ray Vision: The Evolution of Medical Imaging and its Human Significance (Oxford: Oxford University Press, 2013)

J Bronzino, V Smith and M Wade (eds), Medical technology and society: an interdisciplinary perspective (Massachusetts: MIT press 1990) B Holtzmann-Kevles, Naked to the Bone: Medical Imaging in the Twentieth Century (New Jersey: Rutgers University Press, 1997) Digital photography continues to play a role in medicine through documentation, research and education. Video cameras are commonly used to look inside the body, most often in the form of endoscopes. In 1971, American scientist Raymond Damadian (1936–) discovered that MRI could be used for medical diagnosis. The radio signals emitted by cancer cells in a tumour were different from those in healthy cells and could be isolated by the MRI scanner. Damadian built the first whole-body MRI scanner in 1977, which he called the 'Indomitable'. K A Joyce, Magnetic Appeal: MRI and the Myth of Transparency (Ithaca, N.Y.: Cornell University Press, 2008)

Look Inside Your Body - Louie Stowell | PDF - Scribd Look Inside Your Body - Louie Stowell | PDF - Scribd

Look Inside Your Body is one of the best Usborne books, and a book absolutely every family should own. It breaks down the body systems and functions in a way that’s easy for young kids to understand. W F Bynum and R Porter (eds), Companion Encyclopedia of the History of Medicine (London: Routledge, 1993) CT scans provide more detailed images than X-ray machines. They can be used to detect bone and joint damage, including complex bone fractures. They can also reveal the precise location, size and shape of unusual occurrences such as tumours and blood clots, as well as internal injuries such as bleeding. The writing is split up into small bubbles of writing and the children are able to work their way round the book in a creative way. Having the flaps in the book also add that element of excitement making it a fun learning tool. Young readers' minds will boggle as they learn about how their brains work, what happens when they eat, how their lungs use oxygen and much more.E Koch, ‘In the image of science?: Negotiating the development of diagnostic ultrasound in the cultures of surgery and radiology’, Technology and culture, 34 (1993), pp 858-893

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With the help of GPs and surgeons, the show uses 3D imaging technology to show patients exactly what is going wrong in their bodies.

S Blume, Insight and Industry: On the Dynamics of Technological Change in Medicine (Massachusetts: MIT Press, 1992) An MRI scanner detects these weak signals. Because each of the body’s tissue types emits a different frequency of radio waves, the MRI scanner can distinguish between them and build an image based on the data it receives. However, PET is not used in medicine as often as other scanning techniques. PET techniques are complex and expensive, partly because they require enormous machines called cyclotrons to produce the radioactive tracers. The result watered down an otherwise interesting and innovative programme. It could have easily been a half an hour shorter. An MRI scanner uses magnetic fields and radio waves to generate images of the inside of the body. Unlike X-rays, an MRI scan can visualise soft tissue such as the organs and blood vessels. It is a safe and painless procedure, leaving no lasting effect on the patient.