Single cell transcriptomics is becoming a common technique to unravel new biological
phenomena whose functional significance can only be understood in the light of differences …

Cells are the basic unit of life and they have remarkable abilities to respond individually as
well as in concert to internal and external stimuli in a specific manner. Studying complex …

In recent years, there has been an effort to develop new technologies for measuring gene
expression and sequence information from thousands of individual cells. Large data sets …

Recent technological advances have enabled unprecedented insight into transcriptomics at
the level of single cells. Single cell transcriptomics enables the measurement of …

Understanding the complexity of biological systems requires a comprehensive analysis of
their cell populations. Ideally, this should be done at the single cell level, because bulk …

Single cell transcriptomics technologies have vast potential in advancing our understanding
of biology and disease. Here, Sarah Aldridge and Sarah Teichmann review the last decade …

During the past decade, the number of novel technologies to interrogate biological systems
at the single‐cell level has skyrocketed. Numerous approaches for measuring the proteome …

Accessing gene expression at a single-cell level has unraveled often large heterogeneity
among seemingly homogeneous cells, which remains obscured when using traditional …

Numerous recent insights into the complex and dynamic cellular signatures of biological
function, development and disease are owed to technical advances in single cell …

Single‐cell omics technologies provide biologists with a new dimension for systematically
dissecting the underlying complexities within biological systems. These powerful …