October 17, 2012

Pop up Office



This folding office by Liddy Scheffknech and Armin Wagner is a great example of figuring out ways to rethink the possibilities surrounding shortages of space, mobility and permanence. An office you pack up and fold away, or take with you to your next destination. This pop up office is made simply of cardboard and tape and measures 94 x 275 x 200 cm.  Here

a playing space for kids

girls reading books inside cafe

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October 16, 2012

Ancient Anatomy, circa 1687


Ancient Anatomy, circa 1687

Seventeenth-century Tibet witnessed a blossoming of medical knowledge, with the construction of a monastic medical college and the penning of several influential medical texts. Perhaps most striking was a set of 79 paintings, known as tangkas, which were intended to illustrate a comprehensive four-volume medical treatise called The Blue Beryl. Created between 1687 and 1703, these paintings are vibrant pieces of educational art that interweave practical medical knowledge with Buddhist traditions and Tibetan lore—depicting such things as the use of omens and dreams for making diagnoses, hundreds of medicinal herbs and medical instruments, and diagrams of human anatomy.
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This front view of the human anatomy is meant to teach Tibetan doctors-in-training the classification of bones, the positioning of the internal organs, and other facts about the human body.
Catalog #70.3/5470 Courtesy, Division of Anthropology, AMNH
The word tangka (or thangka) derives from Tibetan words meaning “rolled-up flat painting” or “written record.” Since their original creation more than three centuries ago, the 79 Blue Beryl tangkas have been painstakingly reproduced numerous times by physician monks as part of their medical training. The tangkas are still used for teaching in Nepali medical schools today. This front view of the human skeleton belongs to a set produced in Kathmandu in the 1990s under the guidance of self-taught Nepalese artist, Romio Shrestha. More than 40 assistants recreated the paintings using pigments derived from natural sources, such as mercury ore for red, the semiprecious stone lapis lazuli for blue, and sulfur salt for yellow.

October 07, 2012

2011 BrainArt Exhibition Highlights from About my Brain


2011 BrainArt Exhibition Highlights from About my Brain on Vimeo.

How does your brain work?


How does your brain work?

Your brain is the hub of your nervous system. It is made up of 100 billion nerve cells - about the same as the number of trees in the Amazon rainforest. Each cell is connected to around 10,000 others. So the total number of connections in your brain is the same as the number of leaves in the rainforest - about 1000 trillion.


How does your nervous system work?

The nervous system is a network of cells called neurons which transmit information in the form of electrical signals. Your brain has around 100 billion neurons, and each communicates with thousands of others – as many connections as in the world's telephone system, the biggest machine on the planet. Neurons communicate with each other at special junctions where chemicals help to bridge the gap between one neuron and the next.

What does the central nervous system do?

Your spinal cord receives information from the skin, joints and muscles of your body. It also carries the nerves that control all your movements. Your brain is the most complicated part of your nervous system. It receives information directly from your ears, eyes, nose and mouth, as well as from the rest of your body via the spinal cord. It uses this information to help you react, remember, think and plan, and then sends out the appropriate instructions to your body.

What makes the human brain unique?

During human evolution, our forebrain became larger as our cerebral cortex increased in size. This means it had to become more folded to fit inside the skull. This gives the outside of the human brain its 'walnut' appearance. Humans have a larger cerebral cortex relative to the rest of the brain than any other animal. The cerebral cortex handles many of our unique skills, like language and problem solving.

A brain of two halves?

The right side (hemisphere) of your brain controls the left side of your body, and the left hemisphere controls the right side. Although the two sides of the brain look like mirror images of each other, they are different. In most people, the left hemisphere is important for language, maths and reasoning, whereas the right is more important for emotion, recognising faces and music.

Left- or right-handed?

Are you left- or right-handed? Nine out of ten people prefer their right hand, which is controlled by the left side of the brain. As this side also usually deals with language, scientists have long wondered whether the two are linked. Apparently they are not - although right-handed people use the left side of their brain for language, so do most left-handed people.

What happens to a divided brain?

The left and right brain hemispheres share information through the nerves that join them. In some epilepsy patients these nerves are cut to relieve their symptoms. Studying these 'split-brain' patients has revealed a lot about the hemispheres. For example, patients cannot name an object, say an apple, shown on their left-hand side even though they recognise it. This is because information about the apple is sent to the right side of their   brain, but cannot cross to the left side, which usually deals with language.

Him and Her......


 Differences in the Brain of Man and Women
anyone know the difference between the brains of men and women?

October 02, 2012

The AmeriBrain®


 The AmeriBrain®
The world’s most realistic walk through brain experience
Featuring:
Brain Stem and Lobes
Cerebellum
Areas of the brain for movement, hearing, touch, personality & more
Tumors and Brain Cancers
Parkinson’s and Alzheimer’s disease
Concussion, Brain Blood Flow, Aneurysm, & Epilepsy
Meningitis
Headaches
Stroke
Pituitary Gland









September 05, 2012

The MEGA Brain by Medical Inflatables

Medical Inflatables presents the MEGA Brain®, the world's only portable, inflatable, walk-through brain exhibit. The MEGA Brain is approximately 18 feet long by 14 feet wide by 12 feet high. Visitors enter the exhibit through the frontal lobe, which is responsible for personality and higher cognitive functions, and exit through the cerebellum, the portion of the brain that controls balance and coordination. 



The MEGA Brain provides a highly interactive educational experience that increases people’s awareness of the central nervous system's most critical organ. Visitors can step inside the human brain, learn about the various structures and normal brain function, observe examples of brain trauma and disease, and view displays explaining some of the latest neurological medical treatments.



More here