Written by Kirsty Oswald, Science Writer Omics-based studies have revealed that genomes, including our own, contain a vast number of […]
Ten years on from the launch of the Human Proteome Project, researchers report the first draft of the proteome blueprint. […]
A team of researchers have analysed human proteome data from brain tissue to study whether targeted proteins predictively mediated the […]
In a recent paper, published in Science, researchers used a multi-omics approach to identify peptides, transcripts, and phosphorylation events and […]
Multi-omics involves bringing the multiple “omics” together, to get a clearer and more comprehensive picture of biological processes, disease pathology, […]
A multi-omics approach involves the combining of different “omics”: genomics, epigenomics, transcriptomics, and proteomics. The simultaneous study of each “omic” […]
Multi-omics is the combining of different “omics” – the genome, epigenome, transcriptome and proteome. Studying each layer in isolation can […]
In a recent study published in Science, researchers have developed a yeast-based genetic screening pipeline for evaluating large numbers of […]
Single-cell and spatial analysis technologies have enabled the study of biology and disease like never before, revealing a whole world […]
Introduction The human body contains over 35 trillion cells, with tissues and organs comprising of many different cell types constantly […]
