Directed by Pernille Rose Grønkjær.
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The film tells a very personal story from two perspectives: our protagonist is both doctor and patient. As a patient, he has struggled with recurring depression for years, and as a doctor he wants to find out why. The search for the origins of his illness leads him into the realm of his own genes and casts light on the fundamental changes facing modern society as a result of the tremendous progress being made in the field of genetic sequencing. Along the way, he meets a host of people – researchers, artists, visionaries – who have developed their own very individual approach to genetic coding and are drawing attention to the social significance of genetic technology. The film does not restrict itself to a scientific view of the subject but also makes use of artistic visions and more playful approaches to genetic blueprints.
A well-preserved mammoth carcass is found in the remote New Siberian Islands in the Arctic Ocean, opening up the possibility of a world-changing “Jurassic Park” moment in genetics.
After a woman's at-home DNA test reveals multiple half-siblings, she discovers a shocking scheme involving donor sperm and a popular fertility doctor.
A dangerous idea has threatened the American Dream from the beginning - the belief that some groups and individuals are inherently superior to others and more deserving of fundamental rights. Such biological determinism provided an excuse for some of America's most shameful history. And now it's back. This documentary reveals how biologically determined politics has disenfranchised women and people of color, provided a rationale for state sanctioned crimes committed against America's most vulnerable citizens, and now gains new traction under the Trump administration.
In a television first, Fat Family Tree sets out to prove that unlocking the secrets of a fat family’s genes can help provide the answer to their lifelong weight problems. Presented by Dr Dawn Harper (Embarrassing Bodies), Fat Family Tree uses cutting edge genetics to decode the genes of an overweight family for whom all other attempts to shed the pounds have not worked. Discovering how the family’s genes have put them at risk of excessive weight gain is the first step to devising a diet to help them beat their genes. Based on the latest science, the programme’s “gene-busting” diet also promises fail safe diet tips that could help all of us lose weight.
Can science help us understand these crimes?
The made-for-cable documentary film The Real Eve is predicated on the theory that the human race can be traced to a common ancestor. The mitochondrial DNA of one prehistoric woman, who lived in Africa, has according to this theory been passed down from generation to generation over a span of 150,000 years, supplying the "chemical energy" to all humankind.
How did your body become the complicated, quirky, amazing machine it is today? Anatomist Neil Shubin uncovers the answers in this 3-part science series that looks at human evolution. Using fossils, embryos and genes, he reveals how our bodies are the legacy of ancient fish, reptiles and primates — the ancestors you never knew were in your family tree.
Documentary about living with an addict and grappling with the genetic propensity of becoming one.
Many geneticists and archaeologists have long surmised that human life began in Africa. Dr. Spencer Wells, one of a group of scientists studying the origin of human life, offers evidence and theories to support such a thesis in this PBS special. He claims that Africa was populated by only a few thousand people that some deserted their homeland in a conquest that has resulted in global domination.
Earth teems with a staggering variety of animals, including 9,000 kinds of birds, 28,000 types of fish, and more than 350,000 species of beetles. What explains this explosion of living creatures—1.4 million different species discovered so far, with perhaps another 50 million to go? The source of life's endless forms was a profound mystery until Charles Darwin brought forth his revolutionary idea of natural selection. But Darwin's radical insights raised as many questions as they answered. What actually drives evolution and turns one species into another? To what degree do different animals rely on the same genetic toolkit? And how did we evolve?
The documentary tells two very different human fates in the 1920s Soviet Union. Nikolai Vavilov was a botanical genius, Trofim Lyssenko was an agronomist who made great promises and fake inventions. Each of them tried to solve the country's nutritional problem, but only one succeeded.
This animated film was made by RIKEN Omics Science Center for the "Beyond DNA" exhibition at the National Science Museum of Japan. The filmmakers attempt to illustrate how molecular machines interact with each other according to the central dogma, with an anime look. This approach helps people (especially kids) to identify these molecules more easily, and to understand how they function in the body. There are two versions of the film: one with English narration and text, and another in Japanese.
Introduction to DNA by Frank Baxter and Bell Labs.
If we compare ourselves with our genetically closest living relatives, the chimpanzees, we have few physical advantages. We are far weaker, cannot move nearly as fast, and do not have the same climbing capabilities. Instead, humans excel in areas such as architecture, religion, science, language, writing, art, culture, and ideas. These achievements are due to our larger brain that contain billions of neurons. It was the rapid growth of our brain, originating about 2 million years ago, that allowed us to be the predominant species of the world. What caused this rapid growth of our cerebral cortex? Researchers worldwide have asked this question for many years, but now there finally seems to be an answer.
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10,000 years ago, the European forests were inhabited by huge cattle with protruding horns: the aurochs. Then man began to domesticate them and created the cow. By crossing species, he adapted the animals over time so that they increasingly met his needs and desires. Industrial livestock farming was born. From then on, beef cattle and dairy cows such as the Holstein cow were bred. Milk production tripled within a few decades. Today, the cow of the future is produced by artificial insemination. By selecting a few breeding bulls that are considered to be top bulls, rapid genetic progress is ensured.
Lucie was born with a protruding ear that she got from her mother. In this documentary she tries to find answers in her fathers' features.
Human genetics is one of the most exciting fields in science at the moment. Not only does it advance exponentially fast, it is also a field of study that will very soon affect our daily lives. We will all have to deal with the possibilities and technologies that human genetics have to offer, today and in the coming years. Quite a few questions and dilemmas still have to be answered by us. Do I want to know everything that can be found out from my DNA? And who is allowed to use and read my genetic code? My doctor? The police? The chef of my favourite restaurant? Also, what genetic technologies do I want to use? Do I want to clone my dog, choose my children’s eye colour, or genetically modify them to give them extra talents? Do I want others in society to be allowed to do that? The current and future possibilities of human genetics are simply overwhelming. They are both promising and frightening, chilling and delightful.
