Blood Vessels Kids Hoodies

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Retina blood vessels and nerve cells. Confocal light micrograph of the retina, the light-sensitive membrane that lines the back of the eyeball. The tissue has been fluorescently stained. Ganglion cells (orange) receive visual information from photoreceptors beneath this surface, which is relayed to the brain by optic nerve fibres (red). Glial cells (green) offer structural support to the nerve cells. Blood vessels (blue) form branching networks across the retina to supply it with oxygen and nutrients. Magnification: 160x when printed 10 centimetres across.

Retina blood vessels and nerve cells. Light micrograph showing the blood vessels and nerve cells in the retina of an eye. The retina is the light-sensitive membrane that lines the back of the eyeball.

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Kidney blood vessels. Coloured scanning electron micrograph (SEM) of a resin cast of glomeruli capillaries (red) and the larger blood vessels (orange) that supply them with blood. Glomeruli are found in the kidneys. The core of a glomerulus is a tightly coiled ball of capillaries. The permeable capillary walls allow substances carried in the blood to be exchanged with the surrounding tissues. Each kidney has hundreds of glomeruli that filter waste from the blood. The resulting waste fluid drains to the bladder as urine. The cast was made by injecting resin into the blood vessels then chemically digesting the surrounding tissues.

Leonardo da Vinci’s anatomic study of internal organs . This overwhelming sketches of Heart And Its Blood Vessels that was drawn in c.1507, high Italian renaissance period. Drawing with pencil and ink on paper .

Vintage illustration human health and anatomy drawing featuring the head and face with blood vessels, veins, ligaments, tendons and muscles. A frontal view of the muscular structure of the neck, head and face.

Retina blood vessels, coloured scanning electron micrograph (SEM). The retina is the light-sensitive membrane that lines the back of the eye. Blood vessels (orange, pink) radiate out from the optic disc, which is the area where the optic nerve and blood vessels enter the eye. Due to this, it has no light-sensitive cells and is the cause of the blind spot. This image was created using a resin cast, where resin was injected into the blood vessels and then the surrounding tissues were chemically digested, leaving this structure behind.

Science Fact: There are 62,000 miles of blood vessels in the human body. If you laid them out end to end, you would die.

Leonardo da Vinci’s anatomic study of internal organs . This overwhelming sketches of Heart And Its Blood Vessels that was drawn in c.1507, high Italian renaissance period. Drawing with pencil and ink on paper .

Gazing far away into the blue glowing distance through a luminous abstract mandala eye. From photographs of elm saplings and a rippling sandstone outcrop. Photography + Image Blending & Digital Effects

A funny design for men with high cholesterol. A vector illustration that reads, my cholesterol, it is high up in the clouds. A men's health awareness design to remind people who cut down of fatty oils and protect their heart and blood vessels.

Retina. Coloured scanning electron micrograph (SEM) of a resin cast of the retina, the light- sensitive membrane that lines the back of the eye. Blood vessels (red, purple) radiate out from the optic disc (yellow). The optic disc is the area where the optic nerve and blood vessels enter the eye. Due to this, it has no light-sensitive cells and is the cause of the blind spot. The cast was made by injecting resin into the blood vessels, followed by chemical digestion of the surrounding tissues.

Retina layers, coloured scanning electron micrograph (SEM). The retina is found on the inside of the eyeball and is formed from a number of layers. The light-detecting part is formed of rod and cone photoreceptor cells. The lower third of this image contains the blood vessels and nerves that form the upper layer. The light entering the eyes has to penetrate through this layer to reach the tightly packed photosensitive 'outer segments' of the photoreceptors (top third of image) which lie just below a layer of retinal pigment epithelium cells (top). Magnification: x480 when printed at 10 centimetres across.

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This ornate grayscale aesthetic fractal drawing resembles twin lightning bolts. They could also be the roots of trees, or the branches. Or even a network of blood vessels.

Kidney glomeruli, coloured scanning electron micrograph (SEM). The cells that usually surround the glomeruli have been removed to reveal the coiled capillaries at the core of the glomeruli. The function of the glomeruli is to filter waste products from the blood. After the reabsorption of certain substances elsewhere in the kidney, the liquid is transported to the bladder as urine.

Human, Veins, With Heart, Love, Blood, Vessels, watercolor, medical

Human, Veins, With Heart, Love, Blood, Vessels, watercolor, medical

Cool and new brain desing

Normal retina, ophthalmoscope image. The retina is the light-sensitive membrane that lines the back of the eye. Blood vessels (red) radiate out from the optic disc (yellow, left). The optic disc is the area where the optic nerve and blood vessels enter the eye. Due to this, it has no light- sensitive cells, and is the cause of the blind spot. The dark red area at centre is the macula. This is the region of the retina with the highest concentration of light-sensitive cells, and is responsible for the sharp vision at the centre of the visual field.

Sprinter. Computer artwork of a sprinter, showing the anatomy of one of their legs and their heart.

Prints from my original watercolour abstract painting on paper, cropped into a heart shape. These tangled structures recall a tortuous and engorged blood vessel network and suggest beauty is sometimes found in unexpected places.

Vintage illustration human health and anatomy drawing featuring a face in profile showing blood veins and blood vessels.

Body imaging. Composite image of several methods used to visualise the anatomy of the human body. The techniques seen here are magnetic resonance imaging (MRI), X-rays (radiography), dissection and artworks. MRI scanning (showing part of the brain, yellow) uses radio waves and a powerful magnet to obtain slice images through the human body. X-rays (like the skull and pelvis) reveal body tissues by their differing transmission of X-rays. X-ray angiography (like the kidneys, white and yellow, above pelvis) uses a contrast medium to highlight blood vessels. These techniques are used to diagnose medical disorders. A thigh (left, brown) has been dissected in vertical section.

Tooth. Light micrograph of a section through a tooth. At the centre of the tooth is the dental pulp (white), which contains the blood vessels and nerves. The majority of the tooth consists of dentine (purple), which is mineralised connective tissue. The tooth is covered by a coat of white enamel (dark purple), the hardest tissue in the human body.

Brain anatomy, computer artwork. The cerebellum is purple the corpus callosum is green.

Saphenous vein. Light micrograph of a section through the wall of a saphenous vein from a leg, showing muscle fibres and connective tissue.

Anatomy of human heart

Juggling Jugular Vein