The nervous system is a complex system made up of a plethora of cell types. Neurological disorders represent a leading cause […]
Since its advent, single cell analysis has provided unparalleled molecular insights into cellular heterogeneity. With the addition of spatial context and […]
A new multi-omics approach for single cell sequencing When: May 25th at 3pm BST/ 4pm CEST/ 10 am EDT Single […]
With developments in our ability to separate single cells from each other and the falling costs of sequencing, single cell […]
Using single cell analysis, researchers have revealed cell populations that can predict primary resistance to imatinib in chronic myeloid leukaemia. […]
Developments in our technical ability to separate single cells from each other are growing rapidly. Alongside this, sequencing costs are […]
After being voted Nature’s ‘Method of the Year’ in 2013 and 2019, it is not surprising that researchers are increasingly […]
Nearly all of the body’s functions are based on cellular heterogeneity – from complex neurobiological functions, to the development of […]
The human body has 40 trillion cells and roughly 200 different cell types. Amongst the diverse cell types lies incredible […]
Single cell analysis refers to the sequencing of the genome, transcriptome and other “-omics” to look for variability between cells. […]
