A new method of determining a person's 'biological age' by examining modifications to their DNA has been unveiled...
In this episode of Genetics Unzipped, Dr Kat Arney explores how birthweight is linked to the risk of diabetes and investiges the multifaceted role of the hormone prolactin...
A new deep-learning technology can design artificial proteins, called zinc fingers, to bind with any stretch of DNA in the human genome and modify gene expression...
A new tool that can show how small molecules interact with the genome has been developed by scientists in Cambridge, which holds promise in the development of novel cancer therapeutics...
To kick off 2023, PET has asked ten key experts and advocates – working in the UK, the USA, Australia and Singapore – to tell us what they need us to do this year. Their responses have left us in little doubt that PET is needed now more than ever...
Epigenetics play a crucial role in the development of cancer, according to two studies published in Nature...
A simple test can identify those who will develop potentially dangerous cervical cell changes up to four years in advance...
A gene which is expressed more in women than men could offer a clue as to why women are at greater risk of developing Alzheimer's disease...
Epigenetic changes to DNA can be inherited by multiple generations of offspring, new research has shown...
Presenter, Dr Kat Arney, is in her element in this fascinating Genetics Unzipped episode on liquid biopsies...
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