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White matter fibres of the human brain C014 / 5666
White matter fibres. Coloured 3D diffusion spectral imaging (DSI) scan of the bundles of white matter nerve fibres in the brain. The fibres transmit nerve signals between brain regions and between the brain and the spinal cord. Diffusion spectrum imaging (DSI) is a variant of magnetic resonance imaging (MRI) in which a magnetic field maps the water contained in neuron fibers, thus mapping their criss-crossing patterns. A similar technique called diffusion tensor imaging (DTI) is also used to explore neural data of white matter fibres in the brain. Both methods allow mapping of their orientations and the connections between brain regions. Data/software: NIH Human Connectome Project /humanconnectomeproject.org)
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 9224361
© PASIEKA/SCIENCE PHOTO LIBRARY
Brain Scan Connections Diffusion Spectral Imaging Diffusion Tensor Imaging Dsi Scan Dti Scan Fibers Fibre Tracking Fibres Human Brain Magnetic Resonance Imaging Mapping Mri Scan Nerve Bundles Nerve Fibre Pathway Pathways White Matter Nervous System
17"x15" (43x38cm) Premium Frame
FSC real wood frame with double mounted 10x8 print. Double mounted with white conservation mountboard. Frame moulding comprises stained composite natural wood veneers (Finger Jointed Pine) 39mm wide by 21mm thick. Archival quality Fujifilm CA photo paper mounted onto 1mm card. Overall outside dimensions are 17x15 inches (431x381mm). Rear features Framing tape to cover staples, 50mm Hanger plate, cork bumpers. Glazed with durable thick 2mm Acrylic to provide a virtually unbreakable glass-like finish. Acrylic Glass is far safer, more flexible and much lighter than typical mineral glass. Moreover, its higher translucency makes it a perfect carrier for photo prints. Acrylic allows a little more light to penetrate the surface than conventional glass and absorbs UV rays so that the image and the picture quality doesn't suffer under direct sunlight even after many years. Easily cleaned with a damp cloth. Please note that, to prevent the paper falling through the mount window and to prevent cropping of the original artwork, the visible print may be slightly smaller to allow the paper to be securely attached to the mount without any white edging showing and to match the aspect ratio of the original artwork.
FSC Real Wood Frame and Double Mounted with White Conservation Mountboard - Professionally Made and Ready to Hang
Estimated Image Size (if not cropped) is 24.4cm x 19.5cm (9.6" x 7.7")
Estimated Product Size is 43.1cm x 38.1cm (17" x 15")
These are individually made so all sizes are approximate
Artwork printed orientated as per the preview above, with landscape (horizontal) orientation to match the source image.
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This print showcases the intricate network of white matter fibres in the human brain. Coloured using 3D diffusion spectral imaging (DSI) scan, it offers a mesmerizing visual representation of the bundles of nerve fibres that transmit signals between different regions of the brain and even to the spinal cord. Utilizing magnetic resonance imaging (MRI), specifically DSI, this technique maps the water contained within these neuron fibers, allowing for an accurate depiction of their criss-crossing patterns. Another method known as diffusion tensor imaging (DTI) is also employed to explore neural data related to white matter fibres in the brain. Both DTI and DSI enable researchers to map not only the orientations but also establish connections between various brain regions. The significance of understanding these pathways lies in unraveling how information flows within our nervous system. By mapping out these intricate fibre tracks, scientists gain valuable insights into how different parts of our brains communicate with each other. This remarkable image was made possible by utilizing data and software from NIH Human Connectome Project/humanconnectomeproject. org, emphasizing its importance in advancing our knowledge about neural connectivity. The photograph itself was captured by PASIEKA/SCIENCE PHOTO LIBRARY, showcasing their expertise in capturing scientific imagery that captivates both experts and enthusiasts alike.
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