Foetal circulation
This topic focuses on the direction of blood flow in the organs associated with foetal development. It is supported by a diagram summarising the direction of blood flow in the vital organs.
Author(s): St George's, University of London,Dr Nameer Abdulh

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It's More than Skin Deep - Part 1
Trauma and infection can destroy the body's most complex systems. Rebuilding nerves, blood vessels, tissues, skin and bones is an intricate process -- and a challenge UW Medicine physicians conquer every day. Warning: This program includes explicit medical and anatomical footage of scientific interest which may be upsetting to some viewers.
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Rat anatomy, Either male or female, Pointers lifting left blood vessels (carotid artery, anterior ve
Rat anatomy, Either male or female, Pointers lifting left blood vessels (carotid artery, anterior vena cava) 1, (direct/above view)
Author(s): Megan Quentin-Baxter, Newcastle University

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It's More than Skin Deep - Part 2
Trauma and infection can destroy the body's most complex systems. Rebuilding nerves, blood vessels, tissues, skin and bones is an intricate process -- and a challenge UW Medicine physicians conquer every day. Warning: This program includes explicit medical and anatomical footage of scientific interest which may be upsetting to some viewers.
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Mamphela Ramphele on Knowledge in the Blood by Jonathan Jansen
On Thursday 1 October the Gordon Institute for Performing and Creative Arts GIPCA Great Texts Big Questions lecture will be Mamphela Ramphele who will discuss "To what extent has our transformation process embraced the intimate in public discourse." The suggested background reading is Jonathan Jansen's "Knowledge in the Blood." Mamphela Ramphele, former ViceChancellor of UCT and director of the World Bank, is an academic author and medical doctor. Her involvement in political activism and academ
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Zebrafish blood cell circulation
Close up view of blood flow in developing Danio showing blood cells moving through blood vessels.
Author(s): Mildred Hoover,Nancy Pelaez

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National Heart, Lung, and Blood Institutes' Diseases and Conditions Index
This site provides information about heart, lung, and blood diseases and sleep disorders. Learn how the heart works. Find out about aneurysms, angioplasty, electrocardiograms, heart attacks, high blood pressure, asthma, cystic fibrosis, sickle cell anemia, insomnia, narcolepsy, and more.
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Two zebrafish juveniles developing
Two developing Danios with blood cells moving through the two chambered beating heart.
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Zebrafish adult tail circulation
Blood cells circulate around the body of the zebrafish.
Author(s): Mildred Hoover,Nancy Pelaez

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Zebrafish blood cells
Detailed view of blood cells flowing through the two-chambered heart of Danio.
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Zebrafish blood flow pathway.
Red blood cells flowing across the yolk and though the two-chambered heart of Danio (note the large dark eye).
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Zebrafish blood vessels
Blood flow though the tail section of Danio - note that blood flows toward the tail through a dorsal vessel while blood flows toward the head through a ventral vessel.
Author(s): Mildred Hoover,Nancy Pelaez

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Zebrafish blood vessels allow blood to circulate
Tail section of Danio where blood flows from the dorsal vessel (moves blood to the tail) to the ventral vessel (returns blood to the head).
Author(s): Mildred Hoover,Nancy Pelaez

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Zebrafish circulation
Blood flow though the posterior (tail section) of Danio - note that blood flows toward the tail through a dorsal vessel while blood flows toward the head through a ventral vessel.
Author(s): Mildred Hoover,Nancy Pelaez

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Zebrafish circulation throughout body
Blood flow though the heart with detailed blood transport to and from the tail of the Danio.
Author(s): Mildred Hoover,Nancy Pelaez

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Zebrafish circulatory vessels
Tail section of Danio where blood flows from the dorsal vessel (moves blood to the tail) to the ventral vessel (returns blood to the head).
Author(s): Mildred Hoover,Nancy Pelaez

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Zebrafish develop a closed circulatory system later in life
Lateral view of developing Danio showing blood flow dorsally to the tail and ventrally returning to the beating heart (note the development of the closed circulatory system).
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Zebrafish development
Developing Danio with a rapidly beating heart and flow of blood cells across the yolk.
Author(s): Mildred Hoover,Nancy Pelaez

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Zebrafish early juveniles
After hatching from the egg, further development of the eyes, heart, blood vessels and other structures can be observed in Danio.
Author(s): Mildred Hoover,Nancy Pelaez

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Zebrafish flow of blood in developing embryo
Zebrafish embryo's blood circulates from the brain and through the yolk sac into the heart.
Author(s): Susan Phelps,Nancy Pelaez

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