Cancellous bone, light micrograph C016 / 0509
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Cancellous bone, light micrograph C016 / 0509
Cancellous bone. Light micrograph of a section through cancellous, or spongy, bone. Constructed in a honeycomb-type architecture, cancellous bone is typically found in the central regions of mature bone. The interconnected spaces between the bone tissue hold bone marrow and reduce the mass of bone, yet retain the considerable strength necessary for weight-bearing. The blue-stained areas of mature bone contain scattered osteocyte bone cells. Red regions represent newly-forming immature bone tissue called osteoid. Over time osteoid becomes mineralised to form dense, strong mature bone tissue. Cancellous bone derives its nutrients from blood vessels coursing through the marrow. Magnification: x89, when printed 10 centimetres high
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 9239265
© MICROSCAPE/SCIENCE PHOTO LIBRARY
Bone Marrow Cancellous Cell Biology Cytological Cytology Histological Histology Honeycomb Immature Osteocyte Osteocytes Spongy Stain Stained Strength Strong Tissue Cells Light Micrograph Light Microscope Section Sectioned
EDITORS COMMENTS
This print showcases cancellous bone, also known as spongy bone, in all its intricate glory. The light micrograph reveals a section of cancellous bone constructed in a honeycomb-type architecture. Typically found in the central regions of mature bone, this specialized tissue plays a crucial role in reducing the mass of bone while retaining remarkable strength necessary for weight-bearing. The interconnected spaces within cancellous bone hold precious bone marrow and serve as conduits for blood vessels that provide vital nutrients to sustain its growth and function. In this image, the blue-stained areas depict mature bone containing scattered osteocyte cells - the guardians of skeletal health. Meanwhile, the vibrant red regions represent newly-forming immature bone tissue called osteoid. Over time, these delicate osteoid structures mineralize to form dense and robust mature bones that contribute to our overall strength and stability. This microscopic view offers an awe-inspiring glimpse into the dynamic nature of our anatomy at a cellular level. With its blend of biology and histology, this photograph not only highlights the structural beauty but also emphasizes how cancellous bones are essential components of our human body's framework. It serves as a reminder that even within seemingly solid structures lies an intricate network designed to support life itself.
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