Translation of "Epigenetic changes" in German

As a result, it is likely that epigenetic changes can be inherited.

The problems occur when these epigenetic changes start to generate diseases.

We call these acquired changes in our genome "epigenetic" changes .

Epigenetic changes have been found during malignant transformation in a breast cancer model.

Various genetic and epigenetic changes play a role in the development of diabetes.

The epigenetic changes caused by one single mother rat were passed down to many generations of rats after her.

Epigenetic changes also allow responses to environmental influences such as nutrition, stress and hormones.

Thus, it is critical to identify the epigenetic changes during native and diseased states.

The cfDNA testing is aimed at providing a better insight into epigenetic changes and their significance.

Epigenetic changes form part of countless processes that occur during human development.

The environment can also prompt epigenetic changes that affect future generations.

Their interest here focuses on the interaction of epigenetic and genetic changes in the formation of tumours.

And a further approach is focused on the epigenetic changes which play a role in malignant cancers.

These are considered epigenetic changes, meaning that they effect which genes are expressed without directly changing the genetic code.

For example, smoking could have caused epigenetic changes in a grandparent’s DNA, effectively switching off certain anti-cancer genes.

This reprogramming is likely required for totipotency of the newly formed embryo and erasure of acquired epigenetic changes.

When this happens with the genetic material of an egg or sperm cell, the epigenetic changes can be passed on to the following generations.

One of the most important epigenetic changes is methylation (see What Neil says) which usually labels genes that are switched off.

They found that epigenetic changes are many orders of magnitude more frequent than conventional DNA mutations, but also often short lived.

They wanted to find out whether there was evidence of epigenetic changes in the smoker families that did not occur in the non-smoker families - and which consequences this may have for the children's health.

As a result of their far-reaching effects, epigenetic changes are involved in the development of many illnesses, including some cancers and neurological diseases.

For this reason, scientists of the Max Planck Institute for Molecular Genetics have now pursued the question of which epigenetic changes in intestinal tumours occur first with the help of a mouse model.

Decisive for victims of childhood abuse, however, is that the stress-induced epigenetic changes can only occur if their DNA has a specific sequence."

These epigenetic changes can be caused by smoking, exposure to chemicals in the environment, unhealthy diets and lifestyles, and other adverse factors.