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Photographic Print : Bone growth, light micrograph

Bone growth, light micrograph




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Bone growth, light micrograph

Bone growth. Light micrograph of actively growing cells in the epiphyseal plate (growth plate) between the diaphysis (shaft) and epiphysis (rounded end) of a long bone. Seen at top (pale) is a region of hyaline cartilage cells (chondrocytes) that divide, enlarge and eventually die. The proliferation of these cells is seen at centre (purple). The cartilage matrix is replaced with bone formed from osteoblast cells, which results in a calcified matrix (seen here at bottom, pink). This process is known as ossification and it serves to increase the length of the diaphysis of long bones

Science Photo Library features Science and Medical images including photos and illustrations

Media ID 6419892

© STEVE GSCHMEISSNER/SCIENCE PHOTO LIBRARY

Calcification Cartilage Chondrocyte Chondrocytes Connective Tissue Developing Development Developmental Biology Diaphysis Epiphysis Formation Growing Histology Hyaline Increasing Length Long Matrix Ossification Osteoblast Osteoblasts Osteology Proliferation Shaft Spicule Spicules Spongy Tissue Cells Enlarging Increases Lengthening Light Micrograph Light Microscope Osteogenesis Section Sectioned


10"x8" (25x20cm) Photo Print

Discover the wonders of the natural world with Media Storehouse's range of Photographic Prints. This captivating image showcases the intricacy of life at the microscopic level. Witness the dynamic process of bone growth in this light micrograph, captured by Science Photo Library. The epiphyseal plate, the site of long bone growth, comes alive as cells actively divide and elongate, paving the way for new bone development. Bring this stunning scientific discovery into your home or office and ignite curiosity with every glance.

Printed on archival quality paper for unrivalled stable artwork permanence and brilliant colour reproduction with accurate colour rendition and smooth tones. Printed on professional 234gsm Fujifilm Crystal Archive DP II paper. 10x8 for landscape images, 8x10 for portrait images.

Our Photo Prints are in a large range of sizes and are printed on Archival Quality Paper for excellent colour reproduction and longevity. They are ideal for framing (our Framed Prints use these) at a reasonable cost. Alternatives include cheaper Poster Prints and higher quality Fine Art Paper, the choice of which is largely dependant on your budget.

Estimated Image Size (if not cropped) is 17.9cm x 25.4cm (7" x 10")

Estimated Product Size is 20.3cm x 25.4cm (8" x 10")

These are individually made so all sizes are approximate

Artwork printed orientated as per the preview above, with portrait (vertical) orientation to match the source image.


EDITORS COMMENTS
This print showcases the intricate process of bone growth at a microscopic level. The light micrograph reveals the dynamic activity occurring in the epiphyseal plate, which is located between the diaphysis and epiphysis of a long bone. At the top, we observe a region filled with pale hyaline cartilage cells known as chondrocytes. These cells divide, enlarge, and eventually perish as part of their natural life cycle. In the center of this image, we witness an awe-inspiring proliferation of these growing cells in a striking purple hue. This vibrant display represents the active formation and development taking place within this vital tissue. As time progresses, osteoblast cells step forward to replace the cartilage matrix with solid bone material. At the bottom section of this micrograph lies an eye-catching pink calcified matrix that signifies successful ossification – a crucial process responsible for lengthening our long bones throughout development. By depositing new layers upon layers of bone material, our bodies ensure continuous growth and maintain healthy anatomical structures. This remarkable visual insight into bone growth offers us valuable knowledge about cellular dynamics and highlights how our bodies naturally adapt to increase both strength and stature over time. It serves as a testament to nature's incredible ability to construct complex tissues from simple building blocks while maintaining harmony within our biological systems.

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