Framed Prints From Science Photo Library
Framed Print of False-colour SEM of lamellae in compact bone
Compact bone lamellae. False-colour scanning electron micrograph of bony lamellae. They are found in the compact bone and are made of compacted collagen fibres and ground substances. The cells responsible for their production are known as osteoblasts. During bone formation osteoblasts lay down a bone matrix in a lamellar, sheet-like form which is subsequently mineralised by the formation of calcium phosphate crystals. Most lamellae are concentrically arranged around pre-existing blood vessels forming the so called Haversian systems or osteons. Magnification: x1060 at 6x7cm size. Magnification: x1700 at 4x5 inch size. Science Photo Library features Science and Medical images including photos and illustrations. © PROF. P. MOTTA/DEPT. OF ANATOMY/UNIVERSITY LA SAPIENZA , ROME/SCIENCE PHOTO LIBRARY
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Media ID 6448257
Editors Comments
Discover the intricacies of nature with our Framed Prints featuring the image of "False-colour SEM of lamellae in compact bone" by Science Photo Library. This false-color Scanning Electron Micrograph (SEM) reveals the complex structure of compact bone, showcasing the lamellae - compacted collagen fibres and ground substances that form the foundation of this vital tissue. Bring this mesmerizing glimpse into the microscopic world into your home or office space and ignite curiosity and inspiration.
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Photo Prints - Discover the intricacy of nature with our range of Photographic Prints. This image shows a False-colour Scanning Electron Micrograph of compact bone lamellae, as provided by Science Photo Library. Witness the complexity of bony lamellae, structures found in compact bone, composed of compacted collagen fibres and ground substances. Bring this mesmerizing glimpse into the microscopic world into your home or office space and ignite curiosity with every glance.
Greetings Cards - Discover the wonders of the natural world with Media Storehouse's range of science-themed greeting cards. This design features a False-colour Scanning Electron Micrograph of compact bone lamellae from Science Photo Library. Delve into the intricacies of bone structure with colours, revealing the compacted collagen fibres and ground substances that make up these essential components of compact bone. Perfect for the science enthusiast or anyone who appreciates the beauty of the natural world, these cards are a thoughtful and distinctive way to express your thoughts and feelings. Order yours today and bring a touch of scientific discovery to your correspondence.
Photo Mugs - Bring the wonders of science into your daily life with our Photo Mugs. Featuring an awe-inspiring false-color Scanning Electron Micrograph image from Science Photo Library, this mug shows the intricate structure of compact bone lamellae. A representation of the complex interplay of collagen fibers and ground substances, this mug is not just a beverage holder, but a conversation starter and a reminder of the beauty of science. Embrace the fusion of art and science with our Photo Mugs.
Poster Prints - Discover the intricacy of compact bone with our Poster Prints featuring the false-colour Scanning Electron Micrograph of bony lamellae from Science Photo Library. These prints showcase the intricate structure of compact bone, revealing the compacted collagen fibres and ground substances that make up the lamellae. Bring the wonders of science into your space with this educational poster, perfect for laboratories, classrooms, or personal use.
Metal Prints - Discover the intricacy of compact bone with our Metal Prints featuring this false-colour Scanning Electron Micrograph from Science Photo Library. Witness the complex structure of bony lamellae, a key component of compact bone, made up of compacted collagen fibres and ground substances. Bring this mesmerizing image into your home or office space as a conversation starter and a reminder of the marvels of the human body.
Canvas Prints - Discover the mesmerizing world of microscopic structures with our Canvas Prints. This image shows a false-colour Scanning Electron Micrograph of compact bone lamellae from Science Photo Library. Witness the intricate beauty of bony lamellae, formed from compacted collagen fibres and ground substances, in vivid detail. Our premium canvas prints are designed to bring the wonder of science right into your home or office, making every day an adventure in discovery.
Cushions - Discover the fascinating world of cushions and compact bone structures, featuring "False-colour SEM of lamellae in compact bone" by Science Photo Library. Compact bone lamellae are made of compacted collagen fibres and ground substances, providing cushioning support to our bones. Explore the science behind these natural cushions that protect our skeletal system.
Mouse Mats - mouse mats, featuring visuals from the world of science. This image shows the intricate details of compact bone lamellae, a testament to the incredible complexity and beauty found in nature.
Premium Frame A1 (A2 Poster)
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Premium Paradise Wooden Range A1 Premium Poster Frame (86x62cm) with A2 Poster (59x42cm) and mounted behind a white matt board to make your photo really stand out. FSC Certified and Rainforest Alliance Certified for environmental, social, and economic sustainably. High transparency tempered glass window with a smooth finished frame. Great for filling empty walls, decorating blank spaces, or creating eye-catching gallery walls. Frames arrive ready to hang. Sent with secure, protective packaging. Smooth wooden veneer mimics the real wood look and feel with ultra-durable scratch resistance tempered glass. Note: measurements provided are estimated outer dimensions, which include both the image and the frame. While we aim to keep sizing consistent, exact dimensions may vary slightly due to differences in print size or production requirements, which may result in a variation in the overall size (up to approximately 2.5cm (1"))
These are individually made so all sizes are approximate
Estimated Image Size (if not cropped) is 58.8cm x 41.4cm (23.1" x 16.3")
Estimated Product Size is 86.6cm x 62cm (34.1" x 24.4")
