Gene expression is the process of converting the information contained in a gene into the gene product. The DNA of the gene is first transcribed into RNA, which is then either translated into a protein or remains as an RNA molecule. The expression level of a particular gene can be turned ’up’ or ‘down’ in different cells at different times, as required.
An artificial intelligence model can accurately predict changes in gene expression in any human cell type...
Engineered cells have been developed that can direct stem cells to form specific tissues and organoids, which may aid in the understanding and treatment of complex diseases...
How ageing induces iron insufficiency, reduces stem cell renewal and tumour formation has been discovered...
Genetic and molecular changes occurring during ovarian ageing have been mapped to single-cell resolution...
An artificial intelligence tool has been developed to analyse images of tumours and predict changes in gene expression within cancer cells...
Remnants of ancient viral DNA in the human genome are associated with two neurodegenerative diseases: multiple sclerosis and motor neurone disease...
Artificial intelligence methods have produced simulated DNA to determine gene expression, a new study has revealed...
Gene expression in the placenta is different for male and female fetuses during the first trimester...
The first-ever single cell atlas of the human skin and most advanced 'mini skin model' have been developed to aid in understanding skin formation and the mechanisms behind skin disorders...
A map of DNA alterations in two regions of the developing human brain has been created...
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