Human Body Collection (page 5)

Aortic aneurysm, illustration
Aortic aneurysm. Computer illustration showing an aneurysm in the ascending aorta

Female cardiovascular system, computer artwork
one person:CB2, half-length:CB2, artery:CB2, veins:CB2, anatomy:CB2, black background:CB2, view from below:CB2, three-quarter view:CB2, female:CB2, translucent:CB2, heart:CB2, human body:CB2

Female cardiovascular system, computer artwork
torso:CB2, one person:CB2, women:CB2, half-length:CB2, veins:CB2, anatomy:CB2, blue background:CB2, translucent:CB2, heart:CB2, front view:CB2, aorta:CB2, carotid artery:CB2, human body:CB2

Brain activity, artwork
Brain activity, computer artwork

Underweissung der Proportzion und stellung der possen, 1538. Creator: Erhard Schon
Underweissung der Proportzion und stellung der possen, 1538. [Male nudes drawn geometrically]

Plate for the ‘Atlas Anatomico (unpublished), Plate ca. 1680-9
Plate for the Atlas Anatomico (unpublished), Plate ca. 1680-94; printed 1740

De dissectione partium corporis humani libri tres, 1545

Nerve synapse, illustration
3d illustration of a synapse

Female body, illustration
Detail of a female body in low poly style, illustration

Hands touching, illustration
Hands touching in low poly style, illustration

Cramping hands, illustration
Cramping hands in low poly style, illustration

Tongue bacteria. Coloured scanning electron micrograph (SEM) of bacteria on the surface of a human tongue. Large numbers of bacteria can form a visible layer on the surface of the tongue

Pinned fractured hip, X-ray
Pinned fractured hip. Coloured X-ray of a section through the hip of a 91-year-old female patient with a fracture affecting the head of the femur (thigh bone, vertical)

Wrestlers, 1899 (oil on canvas)
3432806 Wrestlers, 1899 (oil on canvas) by Eakins, Thomas Cowperthwait (1844-1916); 22.87u152.4 cm; Los Angeles County Museum of Art, CA, USA; (add.info.: Half nelson and crotch hold); American

Back pain, conceptual artwork
Back pain, conceptual computer artwork

Healthy small intestines, artwork
Healthy small intestines, computer artwork

Upper body bones, artwork
Upper body bones, computer artwork

Leg bones, artwork
Leg bones, computer artwork

Normal childs head, X-ray
Normal childs head. Coloured X-ray of the head of a 13 year old

Myographia Nova: or a Graphical Description of all the Muscles in Humane Body, As they are in Dissection, 1697. From Myographia Nova: or a Graphical Description of all the Muscles in Humane Body

Rene Descartes diagram of the human brain and eye, 1692. From Opera Philosophica by Rene Descartes. (Frankfurt-am-Main, 1692). Originally published in his Tractatus de homine. (Paris, 1664)

Rene Descartes illustration of the co-ordination of the senses, 1692. A visual stimulus travelling from the eye to the pineal gland, H, stops attention being given to an olfactory stimulus

Rene Descartes idea of vision, showing the function of the eye, optic nerve and brain, 1692. From Opera Philosophica by Rene Descartes. (Frankfurt-am-Main, 1692)

Descartes representation of the antagonistic eye muscles, 1692. When E is relaxed A is innervated. Rene Decartes (1596-1650)

X-raying the hand, 1924. An X-ray tube and an X-ray photograph of a hand, with the bones and a wristwatch and ring clearly visible. Cigarette card

Descartes illustration of how the distance of an object is perceived with binocular vision, 1692
Descartes (1596-1650) illustration of how the distance of an object is perceived with binocular vision, 1692. From Rene Descartes Opera Philosophica (Tractatus de Homine), 1692

Descartes explanation of vision, 1692. Light rays being passed through the eye, being focused by the lens (I) and forming images T, S, R on the retina

Descartes idea of vision, 1692
Descartes (1596-1650) idea of vision, [1692]. The passage of nervous impulses from the eye to the pineal gland and so to the muscles. From Rene Descartes Opera Philosophica (Tractatus de homine), 1692

Descartes idea of how eye passes impulse to brain and so directs a voluntary movement, 1692. French philosopher and scientist Rene Descartes (1596-1650)

Involuntary movement, Descartes idea of how impulses from the limbs reach the brain, 1692. French philosopher and scientist Rene Descartes (1596-1650) believed all nerves to be hollow

Death triumphant, 1493. From Liber chronicarum mundi (Nuremberg Chronicle), by Hartmann Schedel. The depiction of the skeletons is anatomically inaccurate, especially the bones of the pelvis

Circulation of the blood, 1628. English physician William Harvey (1578-1657) was the first to correctly describe the mechanism whereby blood is circulated in the body

An astrological chart, 1646. Artist: Athanasius Kircher
An astrological chart, 1646. A man with his internal organs revealed standing in front of a circular chart. One hand has been replaced by a sun

Acupuncture chart for the rear of the body, Japanese, 19th century

Acupuncture chart for the front of the body, Japanese, 19th century

Acupuncture chart, 19th century

Relationship of the organs of the body, the Humours and signs of the Zodiac, 1508. For example, Leo sole house of the Sun governs the heart - hence the term Lion-Hearted

The second plate of the muscles, from Book II of De humani corporis fabrica, 1543. Artist: Andreas Vesalius
The second plate of the muscles, from Book II of Andreas Vesalius De humani corporis fabrica, Basel, 1543. Engraving

Six Chakras representing the plexuses of the human body, Tanjore, Tamil Nadu, c1850

Terracotta vase with human figures, Syria, Middle Bronze Age, 2000 - 1600 BC
Terracotta vase with human figures, Syria, Middle Bronze Age, 2000-1600 BC. Now in The Louvre

Human rib cage, jaw bones, neck vertabrae leading to sternum, collar bones and ribcage, spinal column continuing to pelvis, front view

A Naked Woman Smiling in the Garden in a Bucket Blue with a Black Dog

Carel Adolph Lion Cachet Jaarbeurs Utrecht 26 februari-10 mrt
Carel Adolph Lion Cachet, Jaarbeurs Utrecht 26 februari-10 mrt. 1917, paper, lithography, total: height: 101 cm; width: 68, 2 cm, exhibition posters, ornaments, human body/figure/nude

Mime artists Chris Brydie and Rachel Osborne recreate the Kiss, a statue by Rodin, watched by scaffolder Frank Lenihan

Body Parts and Corresponding Constellations
The anatomy of a mans body as governed by the twelve constellations, c. 1900. (Photo by Kean Collection/Getty Images)

Human skeleton showing all the joints in walking position

Diagram of the abdominal cavity in the human body with the liver removed

Illustration of abdominal cavity including liver, pancreas, stomach, small intestine, colon and bladder

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"The Incredible Complexity of the Human Body: Exploring its Marvels and Wonders" Facial muscles play a vital role in expressing emotions, as depicted in this detailed diagram showcasing the various facial muscles labeled for better understanding. A front view diagram of facial muscles provides an insightful glimpse into the intricate network that allows us to smile, frown, and convey a range of expressions. Amidst nature's beauty, a Red Admiral butterfly basks on a sunlit plant, reminding us of the delicate balance between living organisms and their surroundings within the human body. The Northern Irish coastline presents breathtaking sandy beaches in Ballycastle, County Antrim—a reminder that our bodies are connected to diverse landscapes across continents. As day turns into dusk at Almyros Beach in Corfu Island, Greece, we witness yet another stunning sunset—a reflection of how our bodies adapt to changing environments throughout life's journey. X-ray images reveal the structure of a normal knee—an essential joint enabling movement and supporting our body weight—highlighting both its strength and vulnerability. Hags Head at Cliffs of Moher showcases Ireland's rugged beauty; just like these cliffs stand tall against crashing waves, our bodies possess resilience amidst life's challenges. The picturesque sunset over Cleggan in Connemara reminds us that even as daylight fades away, there is always hope—the same way our bodies heal and rejuvenate during restful nights. Delving deep inside the human ear through cross-section diagrams reveals its remarkable complexity—comprising auditory canals, eardrums, semicircular canals—all contributing to hearing abilities we often take for granted. A taste map unravels intriguing aspects of our tongue—light green areas sensitive to bitterness; yellow areas responsive to sourness; blue regions attuned to saltiness; while purple zones delightfully perceive sweetness—all partaking in the sensory experience of taste.