Epigenetic changes linked to Alzheimer's
Researchers have identified a connection between DNA methylation and Alzheimer's disease, gaining a further understanding into the underlying causes of this neurodegenerative condition....
The total epigenetic (heritable, non-DNA-sequence based changes to gene expression) modifications that have been added to an organism's genome.
Researchers have identified a connection between DNA methylation and Alzheimer's disease, gaining a further understanding into the underlying causes of this neurodegenerative condition....
There is definitely great scope for expansion in genetics education through online courses, but these should be tailored towards the student's pace, however leisurely that might be...
A study on identical twins with distinct autistic traits suggests that epigenetic factors may be important in understanding how the neurological disorder develops...
Once upon a time, motherhood was certain. It was proved by giving birth. The Latin maxim 'mater semper certa est' that told us so was irrefutable. Whether or not that was ever actually true, it has for a long while been biologically, as well as socially, questionable....
Have you ever wondered how to extract your own DNA? Or if there's a scientific theory behind what makes the most attractive partner? If so then Dara O'Briain's Science Club is the (only?) programme for you....
Despite sharing the same womb, identical twins are born with different alterations to their DNA that can affect the activity of individual genes...
The International Human Epigenome Consortium (IHEC), launched in Paris last week, plans to map 1,000 reference epigenomes within a decade...
New research has shown that drinking during pregnancy can cause permanent genetic changes to the DNA of the developing fetus. The findings, published in the journal PLoS Genetics, may aid in the development of a diagnosis for fetal alcohol syndrome (FAS)....
Session 3 of the Progress Educational Trust's annual conference (PET), held on Wednesday 18 November 2009 at Clifford Chance, was chaired by Professor Dian Donnai,Professor of Medical Genetics at the University of Manchester, and started with a talk by Karen Temple, Professor of Medical Genetics and Honorary Consultant in Clinical Genetics at the University of Southampton and Wessex Clinical Genetics Service. Professor Temple gave an intriguing talk on the influence of parent...
All cells in the body have the same complement of 25000 genes, yet different cells in different specific tissues - such as nerve, muscle or gut - have different characteristics phenotype. It follows that different subpopulations of genes within cells of differing function must be active or silenced depending on requirements for function in a particular tissue. Obviously, there will be genes concerned with metabolism, growth, and cell division - the so-cal
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