Johns Hopkins researchers say they have discovered specific chemical alterations in two genes that, when present during pregnancy, reliably predict whether a woman will develop postpartum depression.
May 21, 2013
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While the search continues for the Fountain of Youth, researchers may have found the body's "fountain of aging": the brain region known as the hypothalamus. For the first time, scientists at Albert Einstein College of Medicine ...
May 1, 2013
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Sand-dwelling and rock-dwelling cichlids living in East Africa's Lake Malawi share a nearly identical genome, but have very different personalities. The territorial rock-dwellers live in communities where social interactions ...
Apr 26, 2013
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Scientists from King's College London have identified patterns of epigenetic changes involved in autism spectrum disorder (ASD) by studying genetically identical twins who differ in autism traits. The study, published in ...
Apr 23, 2013
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In the era of molecular medicine, potentially active compounds for use in cancer therapies can be identified faster than ever before. Yet pinpointing the molecular target of an anticancer compound and deducing its mode of ...
Apr 22, 2013
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(Medical Xpress)—Children with autism have increased levels of genetic change in regions of the genome prone to DNA rearrangements, so called "hotspots," according to a research discovery to be published in the print edition ...
Apr 3, 2013
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Scientists have identified a key molecule responsible for triggering the chemical processes in our brain linked to our formation of memories. The findings, published in the journal Frontiers in Neural Circuits, reveal a new ...
Mar 28, 2013
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A non-invasive imaging technique which may help in the earlier detection of cancer is among the innovative research being presented at BioPIC 2013, a BioPhotonics and Imaging Conference, taking place in Castleknock Hotel ...
Mar 27, 2013
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A recently described master regulator protein may explain the development of aberrant cell growth in the pancreas spurred by inflammation
Feb 12, 2013
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Tumourigenesis is driven by genetic alterations and by changes in the epigenome, for instance by the addition of methyl groups to cytosine bases in the DNA. A deeper understanding of the interaction between the genetic and ...
Feb 7, 2013
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