The Brain
Part of the Series: Don't Die Young

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Don't Die Young - Series 1
Can you tell your spleen from your gallbladder? In fact, do you even know where they are, let alone what they do? In Don't Die Young, a no-nonsense approach to health and medicine, anatomy expert Dr Alice Roberts takes us on a high-energy revelatory trip around the body, giving us…
The Lungs
Part of the Series: Don't Die Young
In The Lungs, Dr Alice Roberts deploys some shock tactics to make one confirmed smoker realise just how much she's damaging her lungs. Thirty-four-year-old Lisa Garrity's will power always lets her down and on a night in the pub, she can easily binge smoke her way through 40 cigarettes. Lisa's…
Mind Games (Brain Functions)
While the human brain is an immensely powerful organ, it is also extremely fragile. Trauma, disease and mental illness can cause serious disability. Here we discover that new scanning techniques are providing new information on how the brain functions. As a result, scientists are developing new techniques for repairing the…
The Heart
Part of the Series: Don't Die Young
As a hard-working organ, making sure that every muscle, tissue and cell in the body gets just what it needs, the heart is in need of some love. Thirty-six-year-old Stephen Hall is putting his heart under plenty of stress. As a self-confessed workaholic running his own busy gastro pub, he…
The Eyes
Part of the Series: Don't Die Young
Dr Alice Roberts undergoes a thorough eye examination in the latest BBC TV programme, The Eyes, in her tour of the body's major organs. As this hands-on, lecture-free guide to keeping your organs in good working order continues, Alice puts her own body to the test, beginning with a nail-biting…
The Kidneys
Part of the Series: Don't Die Young
In this episode of The Kidneys, Alice meets party girl and mum of two Grainne, from Welwyn Garden City, who, at nearly 40 and with a family history of diabetes, is stressing out her kidneys. Grainne visits the lab to discover more about the body's filtration system and helps dissect…
Brain's Brain/Brain Sees Stars
Part of the Series: Arthur
Brain's Brain: Brain's Easter egg hunts are notoriously hard. But this year's might prove impossible if Brain can't remember where he hid the final egg. To track down the missing memory, Brain, D.W., and Bud venture where no kid has gone before: Brain's brain! Brain Sees Stars: Crazy coincidences have…
Living with Persistent Pain
For those with chronic pain, the impact can be immense. Science is discovering nerve changes from the tissues, through connections in the spinal cord and ultimately the brain. These changes, commonly referred to as peripheral and central sensitization, means that the pain can be both different in character and intensity.…
Why Are Dreams Dreamlike?
Episode 6 of Being Human
Why does your brain generate sensory imagery while you sleep? Here, examine the neurology of sleeping and dreaming. Also, discover how the key to strange dreams lies in your frontal cortex, which, when it goes completely offline, allows the rest of your brain to run wild.
The Human Brain: Anatomy
Part of the Series: FENC Nursing & Medical Collection
The Human Brain: Anatomy shows the dissection and examination of a normal human brain. Dr Marco Rossi, Consultant Neuropathologist at the Corsellis Collection, Runwell Hospital, Essex, performs a standard dissection, explaining what he is doing and what he is seeing. From the start of the coronal dissection, Dr Rossi takes…
The Brain - Developing Memory in Developing Brains
The human brain is fascinating-every movement we make, everything conscious or unconscious stems from our brains. The most critical time for brain development is from birth to age five. What can parents and caregivers of children do to help give those developing brains the best chance for success? Discover how...The…
Can Brain Scans Read Your Mind?
Discover what neuroimaging can - and can't - tell us about how the human mind works. First, examine what brain scans are actually showing us. Then, consider three regions of the brain prone to common misunderstanding in the media: the amygdala, the reward circuitry, and the prefrontal cortex.