Back Bone Collection

Diagram of the human brain and spinal column
A diagram of the brain and spinal column, including the vertebrae

DNA molecule, computer artwork. DNA (deoxyribonucleic acid) is composed of two strands twisted into a double helix. Each strand consists of a sugar-phosphate backbone attached to nucleotide bases

DNA molecule. Computer artwork of a molecule of DNA (deoxyribonucleic acid) with the chemical formulas of its components. DNA is composed of two sugar-phosphate backbones (blue)

Calots spinal surgery, 19th century
Calots spinal surgery, 19th-century artwork. This operation is being carried out by the French surgeon Jean-Francois Calot (1861-1944) on a condition known as Potts disease

DNA molecule, artwork
DNA molecule. Computer artwork of a double stranded DNA (deoxyribonucleic acid) molecule amongst clouds of swirling gas. DNA is composed of two strands twisted into a double helix

Deer anatomy, artwork
Deer anatomy. Computer artwork showing the internal anatomy of a deer (family Cervidae). Anatomical features shown here include the skeleton, lungs, intestines, bladder

Normal spine, X-ray
Normal spine. Coloured profile X-ray showing bones of the spine (vertebrae, centre). The front of the body is at right. The ribs (upper right) and the pelvis (bottom) are also seen

anatomy, back bone, back view, bone, bone structure, bones, bones of the neck, cervical vertebrae
anatomy, back bone, back view, bone, bone structure, bones, bones of t, Medical Image Collection, 87396753

Slipped disc. Spinal model demonstrating a slipped intervertebral disc. The slipped disc is the small bulge (red, centre), near the base of the spine

Normal torso, MRI scan
Normal torso, coloured profile (sagittal) magnetic resonance imaging (MRI) scan. The front of the body is at left. The spinal bones (vertebrae)

Slipped intervertebral disc, artwork
Slipped intervertebral disc, computer artwork. Intervertebral discs (red) are pads of cartilage between the bones (vertebrae) of the spine

Human Skeleton (engraving)
2802021 Human Skeleton (engraving) by English School, (19th century); Private Collection; (add.info.: Human Skeleton. Illustration for An Illustrated Vocabulary For The Use Of The Deaf And Dumb)

anatomy, back bone, black background, bone, bone structure, bones, close-up view
anatomy, back bone, black background, bone, bone structure, bones, clo, Medical Image Collection, 87396713

anatomy, back bone, back view, black background, bone, bone structure, bones, glow
anatomy, back bone, back view, black background, bone, bone structure, Medical Image Collection, 87396705

above view, anatomy, back bone, back view, black background, bone, bone structure
above view, anatomy, back bone, back view, black background, bone, bon, Medical Image Collection, 87396724

Chest bones. Historical artwork of the bones of the human chest. The breastbone (upper centre) at the front of the chest supports 12 pairs of ribs that circle the chest and connect to the backbone

Human torso, MRI scan
Normal human torso, monochrome profile magnetic resonance imaging (MRI) scan. The front of the body is at left. The spinal bones (vertebrae) are seen running from the top of the chest (top)

Red deer skeleton. Part of the skeleton of a red deer (Cervus elaphus), found in a wood near a ditch

Human skeleton anatomy, artwork
Human skeleton anatomy, computer artwork. Three views of the bones of the human torso, seen from an oblique frontal view (left), from the side (centre) and from the front (right)

Fractured vertebra, X-ray C017 / 7586
Fractured vertebra. X-ray of the lower spine of a 50 year old male with a fracture to the L1 lumbar vertebra (thord block from top)

Torso bones. Computer artwork of the bones of the human torso. The backbone (running vertically down the centre) is a flexible column of 26 bones (vertebrae)

Normal lumbar spine, X-ray
Normal lumbar spine. Coloured frontal X-ray showing bones of the lower (lumbar) spine (centre, purple). The bones of the spine (block-shaped) are called vertebrae

Normal female pelvis, X-ray
Normal female pelvis, coloured frontal X-ray. The thigh (femur) bones of the leg are seen at bottom left and right, and the base of the spine is at top

Spinal cord regions, diagram
Spinal cord regions. Diagram of a sagittal section through the human skull and backbone, showing the five main regions of the spinal cord and the numbered nerves associated with them

Cow anatomy, artwork
Cow anatomy. Computer artwork showing the internal anatomy of a domesticated cow (Bos primigenius). Anatomical features shown here include the skeleton, lungs, intestines, bladder

Chair ergonomics, incorrect posture
Chair ergonomics. Artwork showing the effect on the human skeleton of adopting an incorrect posture while sitting on a chair

Skeleton lying down, artwork
Skeleton lying down. Computer artwork showing the bones of the head, neck and upper torso of a human skeleton that is lying down

Fractured vertebra, X-ray C017 / 7585
Fractured vertebra. X-ray of the lower spine of a 50 year old male with a fracture to the L1 lumbar vertebra (top centre)

Womans bent back
MODEL RELEASED. Womans bent back. Head and torso of a woman bending her bare back. Her backbone is clearly visible as a ridge running down the centre of her back

Healthy kidneys, CT scan
Healthy kidneys, coloured computed tomography (CT) scan. The kidneys are the two C-shaped white organs either side of the spinal vertebra (centre). Below the spine and kidneys are back muscles

Kidneys, abdominal CT scan
Normal kidneys. Coloured axial (horizontal) CT (computed tomography) scan through a human abdomen at the level of the kidneys. The front of the body is at top

Lungs and heart, X-ray
Lungs and heart, coloured chest X-ray. The lungs and heart are enclosed and protected by the ribs (horizontal bars) which meet at the breastbone, or sternum (down centre)

Brain. Computer artwork of a side view of a healthy human brain. At to centre is one of the hemispheres of the cerebrum, which is responsible for conscious thought, emotion and voluntary movement

Head and chest anatomy. Historical artwork of a human head and upper torso, cut vertically in half and seen sideways. In the head, layers of skin and bone cover the brain (purple)

Coccyx and lower back, X-ray
Coccyx and lower back. Coloured X-ray of a side view of the coccyx and lower back of a healthy adult man. The front of the body is at right

Spine, computer artwork. Human skeleton with a blue spine. The spine, or backbone, supports the back and protects the spinal cord

Human spine. Model of the human backbone or spine. The spine is a flexible column of small compact bones called vertebrae

Spine, computer artwork
Spine. Computer artwork showing the bones of the spine, shoulder and pelvis on the human body. The spine, or backbone, supports the back and protects the spinal cord

Neck and skull, X-ray
Neck and skull. Coloured X-ray of a normal human neck (lower centre) and part of the skull (upper centre). The neck joins the head to the body

Healthy spine. Coloured magnetic resonance imaging (MRI) scan of a healthy human spine seen from the side (sagittal side). The front of the spine is on the left

Upper body skeleton. Computer artwork of a glass- effect human female body in side view showing the skeletal structure of the head and torso

Spinal anatomy, 14th century artwork. The spinal cord is shown running down the back, with eighteen spinal nerves braching off through holes in the vertebrae (spinal bones)

Brain and spinal cord, MRI
Brain and spinal cord. Coloured magnetic resonance imaging (MRI) scan of a healthy brain (blue) and upper spinal cord (centre to lower centre)

Computer artwork of a spine depicting back pain
Back pain. Abstract computer artwork of back pain showing radiating circles coming from a spine (blue) on a background of a close-up of the vertebrae

Spondylitis, X-ray
Spondylitis. Coloured X-ray of the lower spine and pelvis of a patient with spondylitis, an inflammation of the synovial joints of the backbone

Coloured 3-D CT scan of a fractured vertebra

Lungs, X-ray

Lungs, CT scans
Lungs. Sequence of six coloured axial CT (computed tomography) scans through the upper chest of a 52- year-old woman. The front of the chest is at top, and the right of the body is at left

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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.