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Glass Place Mat : Coloured SEM of a bile canaliculus in the liver
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Coloured SEM of a bile canaliculus in the liver
Bile canaliculus. Coloured scanning electron micrograph of a human liver cell (red-brown), also known as hepatocyte, and a bile canaliculus (green). Hepatocytes, among other numerous functions, secrete a viscous green-brown fluid called bile. Bile is drained away from the liver through a dense network of bile canaliculi towards the gall-bladder. After a meal, bile is expelled from the gall-bladder and enters the duodenum where it plays an important role in the breakdown and digestion of fatty compounds. Magnification: x17, 400 at 6x7cm size
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 6449573
© PROFESSORS P.M. MOTTA, T. FUJITA & M. MUTO /SCIENCE PHOTO LIBRARY
Bile Canaliculus Hepatocyte Liver Liver Cell
Glass Place Mat (Set of 4)
Set of 4 Glass Place Mats. Stylish and elegant polished safety glass, toughened and heat resistant (275x225mm, 7mm thick). Matching Coasters also available.
Set of 4 Glass Place Mats. Elegant polished safety glass and heat resistant. Matching Coasters may also be available
Estimated Image Size (if not cropped) is 25.4cm x 19cm (10" x 7.5")
Estimated Product Size is 27.5cm x 22.5cm (10.8" x 8.9")
These are individually made so all sizes are approximate
EDITORS COMMENTS
This print showcases the intricate beauty of a bile canaliculus in the liver. The image, captured using scanning electron microscopy (SEM), reveals a human liver cell or hepatocyte in striking red-brown hues, juxtaposed against a vibrant green bile canaliculus. Hepatocytes are known for their multifaceted functions, and one of their key roles is to secrete bile - a thick green-brown fluid. Bile plays an essential part in our digestive system by aiding in the breakdown and digestion of fatty compounds. It flows through an extensive network of bile canaliculi within the liver before being drained towards the gall-bladder. The magnified view at x17,400 allows us to appreciate the complexity and delicate structure of this microscopic world within our bodies. This mesmerizing image not only highlights the remarkable intricacy of our anatomy but also serves as a reminder of how interconnected every aspect of our body is. Science Photo Library has once again provided us with an extraordinary glimpse into nature's wonders through this stunning SEM photograph. Let it inspire awe and appreciation for the incredible mechanisms that enable us to function seamlessly on a cellular level.
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