Back Bone Collection (page 8)

Normal torso, CT scan
Normal torso, coloured frontal computed tomography (CT) scan. This is a scout image showing the bones of the spine (vertebrae, centre)

DNA molecule, conceptual computer artwork
DNA molecule. Conceptual computer artwork of the inner workings of the human body, showing the molecular structure of DNA (deoxyribonucleic acid) at left and mechanical gears at right

Female torso, X-ray
Female torso. Coloured frontal X-ray of a normal female torso, showing the bottom of the lungs (black, top), ribs radiating from upper centre, breasts (upper left and right)

DNA, conceptual artwork
DNA, conceptual computer artwork

Normal neck, CT scan
Normal neck, coloured coronal CT (computed tomography) scan. Spinal bones (cervical vertebrae) are light blue, and soft tissue is dark blue. These bones make up the top part of the spine

Circular DNA molecule, artwork
Circular DNA (deoxyribonucleic acid) molecule, computer artwork. Circular DNA has no ends, but consists of a ring structure

Unzipped DNA molecule, artwork
Unzipped DNA molecule, conceptual computer artwork

Fossilised fish. Spine of a fossilised Diplomystus fish. This extinct fish is related to modern-day herrings and sardines. This fish dates from the Eocene era, between 56-34 million years ago

Lumbar spine and sacrum, computer artwork
Lumbar spine and sacrum, side view, computer artwork. The bones of the spine (vertebrae) are blue and the intervertebral discs are red. The sacrum is at bottom

Lumbar spine, computer artwork
Lumbar spine, side view, computer artwork. The bones of the spine (vertebrae) are blue and the intervertebral discs are red

xDNA molecule. Computer artwork of a molecule of expanded deoxyribonucleic acid (xDNA). Normal DNA is composed of two strands twisted into a double helix

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The backbone, also known as the spine, is a remarkable structure that serves as the foundation of our body's support system. Just like a diagram of the human brain and spinal column reveals the intricate connection between these vital components, our backbone plays a crucial role in maintaining our overall health. Similar to the DNA molecule that carries genetic information within every cell, our spine holds essential information about our physical well-being. It acts as a central hub for communication between different parts of the body through its network of nerves. Centuries ago, medical pioneers like Calots introduced groundbreaking techniques such as spinal surgery to address issues related to this complex structure. Their efforts paved the way for advancements in understanding and treating conditions affecting not only bones but also other aspects connected to it. Artwork depicting DNA molecules reminds us that even at a microscopic level, there is an inherent link between genetics and spine health. The neck and shoulder arteries visible on X-rays demonstrate how blood flow nourishes this critical area, ensuring optimal functioning. X-ray images showcasing normal spines give us insight into bone structure from a back view perspective. These visuals allow us to appreciate how each vertebra contributes to forming this sturdy yet flexible framework supporting our entire body. However, sometimes challenges arise such as slipped discs which can cause discomfort or pain. Artistic representations help illustrate these conditions visually while MRI scans provide detailed insights into their impact on normal torso structures. Ultimately, it is important not only to understand anatomy but also take care of our backbones by adopting healthy habits like regular exercise and proper posture. By appreciating both its complexity and resilience, we can ensure that this integral part of ourselves remains strong throughout life's journey.