genetics

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.

The development of nature is controlled by the genetic chain. Life goes on as the information code is stored in the gene chain. Every living being tries to indulge and laze. Unfortunately, development doesn't happen this way. The gene chain only rusts. Progress will only be made if there is an urgent need for it. The protagonist's rusty gene chain only starts working when the fear of death arises. What code is hidden in the human gene chain becomes clear during development. Mankind has debated the meaning of life for a long time, not knowing that it has long been found. What everyone is striving for is collectively creating strange patterns. After that, we become the starting point of a new gene chain again.

Spared by cancer, diabetes and possibly Alzheimer’s, men and women of small stature are intriguing scientists that are trying to postpone age-related illnesses. What mechanisms protect these small Ecuadorian from certain illnesses? From Quito to Los Angeles, via Tel-Aviv, the film follows the revolutionary research, step-by-step, that is attempting to understand and prevent diseases such as cancer. And outlines ways to live in good health… for as long as possible.

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.

This educational film from 1970 traces the inheritance of traits such as sex, eye color, height, and weight, showing the role of chromosomes and genes in determining their development.

Documentary accompanies scientists in their search for the common ancestors of all humans.

Is our life predetermined from birth? Does our genes determine our personality and behavior? Is there a criminal gene? This documentary follows the well-known Danish journalist, author, and neurobiologist Lone Frank, who explores her own self with the help of her genetic map and her family history.

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

Scientists have long puzzled over the different fates of identical twins: both have the same genes, yet only one may develop a serious disease like cancer or autism. What's going on? Does something else besides genes determine who we are? NOVA explores this startling possibility in this program.

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.