Epigenetics News and Research

Latest Epigenetics News and Research

Epigenetic signature changes in low oxygen levels may contribute to prostate cancer development

UCD Conway researchers have characterised epigenetic signature changes in prostate cells under conditions of low oxygen levels that may lead to tumour development.

30 Jul 2009

Gene expression patterns in cancer could aid early screening and prevention

Distinctive patterns of genes turned off - or left on - in healthy versus cancerous cells could enable early screening for many common cancers and maybe help avoid them, Medical College of Georgia scientists say.

28 Jul 2009

Discovery of key event in prostate cancer progression

A study led by researchers at the Ohio State University Comprehensive Cancer Center and Dana-Farber Cancer Institute reveals how late-stage, hormone-independent prostate tumors gain the ability to grow without need of hormones.

24 Jul 2009

Epigenetic modulation at birth - altered DNA-methylation in white blood cells after Caesarean section

Swedish researchers have discovered that babies born by Caesarean section experience changes to the DNA pool in their white blood cells, which could be connected to altered stress levels during this method of delivery, according to the July issue of Acta Paediatrica.

30 Jun 2009

Enzyme TFIIH kinase found to be involved in epigenetic regulation

For many years scientists have known that the numerous biological functions of an organism are not regulated solely by the DNA sequence of its genes: Superordinate regulatory mechanisms exist that contribute to determining the fate of genes. Although they are not anchored in the DNA, they can even be passed on to subsequent generations to a certain extent. Intensive research in recent years has shown that these mechanisms - bundled under the term epigenetics, are very multifaceted and complex.

17 Jun 2009

“Misreading” of histone code linked to human cancer

The development of blood from stem cell to fully formed blood cell follows a genetically determined program. When it works properly, blood formation stops when it reaches maturity. But when it doesn't, genetic mutations can prevent the stop signal and cause the developing cells to turn cancerous. In research published in Nature, Rockefeller University scientists show for the first time that a misreading of the blood cells' histone code is responsible for acute myeloid leukemia, a rare form of the deadly blood cancer.

1 Jun 2009

Scientists develop tool to study a deadly parasite’s histone code

In the Japanese art of paper folding, a series of folds can make the same sheet of paper into a ballerina or baby elephant. But try unfolding the baby elephant and making it into a ballerina. It's like trying to make a neuron from a kidney cell. Epigenetics, it turns out, isn't much different from this old Japanese art: Each fold, or epigenetic crease, both limits and permits further potential folds in a way that mirrors how epigenetic changes seal a cell's fate.

13 May 2009

Discovery of gene key to Alzheimer's-like reversal

A team led by researchers at MIT's Picower Institute for Learning and Memory has now pinpointed the exact gene responsible for a 2007 breakthrough in which mice with symptoms of Alzheimer's disease regained long-term memories and the ability to learn

6 May 2009

Breakthrough method for sequencing-based methylation profiling

Bioengineers at UC San Diego have developed a breakthrough method for sequencing-based methylation profiling, which could help fuel personalized regenerative medicine and even lead to more efficient and cost-effective methods for studying certain diseases.

23 Apr 2009

A potential therapeutic target for gastric cancer

Gastric cancer (GC) is the fourth most common malignancy and the second most frequent cause of cancer-related death in the world.

20 Apr 2009

New nucleotide could revolutionize epigenetics

Anyone who studied a little genetics in high school has heard of adenine, thymine, guanine and cytosine - the A,T,G and C that make up the DNA code.

16 Apr 2009

New clues to how stem cells form

An Emory University study shows some of the first direct evidence of a process required for epigenetic reprogramming between generations – a finding that could shed more light on the mechanisms of fertilization, stem-cell formation and cloning.

16 Apr 2009

Discovery of potential genetic predisposition for lung cancer

University of Cincinnati (UC) cancer cell biologists have identified a distinct gene linked to increased lung cancer susceptibility and development.

15 Apr 2009

You are what your mother did not eat during pregnancy

The new science of epigenetics explains how genes can be modified by the environment, and a prime result of epigenetic inquiry has just been published online in The FASEB Journal: You are what your mother did not eat during pregnancy.

13 Apr 2009

A new theory on autism put forward

Scientists at Albert Einstein College of Medicine of Yeshiva University have proposed a sweeping new theory of autism that suggests that the brains of people with autism are structurally normal but dysregulated, meaning symptoms of the disorder might be reversible.

1 Apr 2009

Discovery of new cancer gene

Researchers have identified a new cancer gene - one that is common to many cancers and affects the most basic regulation of our genes.

29 Mar 2009

Rockefeller neuroscientist applies basic science to health care reform

A self-described "molecular sociologist" is extending his basic research to the national policy debate on health care reform. Bruce McEwen, head of the Laboratory of Neuroendocrinology, led a panel of scientific experts last month at the Institute of Medicine's Summit on Integrative Medicine and the Health of the Public. The Institute is the most prominent independent medical advisory board in the country and will release a report from the conference in November, as Congress is likely to be considering major health care legislation.

25 Mar 2009

Epigenetic mark guides stem cells toward their destiny

Not all stem cells are completely blank slates. Some, known as adult stem cells, have already partially embraced their fates, and are capable of becoming only cells of a particular type of tissue.

20 Mar 2009

Epigenetic mark guides stem cells toward their destiny

Not all stem cells are completely blank slates. Some, known as adult stem cells, have already partially embraced their fates and are capable of becoming only cells of a particular type of tissue. So how do these tissue-specific stem cells restrict their fate?

19 Mar 2009

Understanding mental illness through gene-environment interactions

Biological Psychiatry, published by Elsevier, is very pleased to present a special section of its February 1st issue devoted to fundamental new insights into epigenetics, a field of research devoted to understanding how the environment can produce long-lasting or even heritable changes in gene function without altering the DNA sequence.

17 Mar 2009