Secrets of a long life

Live Long Die Young

June 2016 •English

In the Western world, the life expectancy for most of us is around 80 years of age. But in every corner of the planet, there are people who live extraordinarily longer than the average person. Scientists are discovering that unlocking the genetic secrets of animals and humans who live longer than most is the key to helping the rest of us wind back our cellular clocks naturally, live longer lives and can even improve fertility. In Live Long Die Young, Anja Taylor went on a 5-day fast that experiments are showing promising results for in the fight against the four major diseases of getting old.

L'ADN, nos ancêtres et nous

October 2011 •French

Pass It Around

November 2022 •English

Documentary about living with an addict and grappling with the genetic propensity of becoming one.

Mr. Overton

December 2015 •English

Richard Overton, at 109 years old, is the oldest living WWII veteran. He lives alone, still drives, and has a 91 year old girlfriend named Ms. Love. In this snapshot of his daily life, we learn something about what life is like at 109 years. As he says, 'I may give out, but I'll never give up.'

Eugenika - w imię postępu

May 2010 •Polish

The Longevity Film

November 2019 •English

Kale Brock visits communities with improved life expectancies, low rates of disease and an extremely high quality of life well into the later years, for a deep dive into longevity culture and what it really takes to get well and stay well.

Cama Vazia

April 2023 •Portuguese

The death machine needs to maintain its longevity to expand and profit.

Floripes

Invalid date •Portuguese

A story with almost 100 years told by the 95 years old woman Floripes.

What Darwin Never Knew

December 2009 •English

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?

Our Father

May 2022 •English

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.

The Journey of Man: A Genetic Odyssey

January 2003 •English

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.

Genetic Me

November 2014 •English

Directed by Pernille Rose Grønkjær.

The Dark Gene

June 2015 •German

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.

Human By Chance?

January 2020 •English

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.

Mind of a Rampage Killer

February 2013 •English

Can science help us understand these crimes?

Genesis 2.0

November 2018 •English

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.

Your Inner Fish

April 2014 •English

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.

The Scientist, The Imposter and Stalin: How to Feed the People

July 2018 •French

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.

And Man Created the Cow

November 2016 •French

Fat Family Tree

May 2013 •English

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.