In quantitative single-cell studies, the critical part is the low amount of nucleic acids present and the resulting experimental variations. In addition biological data obtained from heterogeneous tissue are not reflecting the expression behaviour of every single-cell. These variations can be derived from natural biological variance or can be introduced externally. Both have negative effects on the quantification result. The aim of this study is to make quantitative single-cell studies more transparent and reliable in order to fulfil the MIQE guidelines at the single-cell level. The technical variability introduced by RT, pre-amplification, evaporation, biological material and qPCR itsel
Single-cell transcriptomics has recently emerged as a powerful technology to explore gene expression...
Phenotypic differences often occur even in clonal cell popu- lations. Many potential sources of such...
The measurement of noise is critical when assessing the design and function of synthetic biological ...
In quantitative single-cell studies, the critical part is the low amount of nucleic acids present an...
In quantitative single-cell studies, the critical part is the low amount of nucleic acids present an...
Background: Gene expression has a strong stochastic element resulting in highly variable mRNA lev...
Phenotypically identical cells demonstrate predictable, robust behaviours. However, there is uncerta...
Background: Gene expression has a strong stochastic element resulting in highly variable mRNA levels...
Single-cell transcriptomics has recently emerged as a powerful technology to explore gene expression...
Motivation: Cell populations are never truly homoge-neous; individual cells exist in biochemical sta...
In the upcoming era of genome-based diagnostics, reliable technologies for single-cell isolation wil...
Biochemical reactions are intrinsically stochastic, leading to variation in the production of mRNAs ...
Cells are the basic units of life. Studying complex tissues and whole organs requires an understandi...
The measurement of noise is critical when assessing the design and function of synthetic biological ...
Phenotypic differences often occur even in clonal cell populations. Many potential sources of such v...
Single-cell transcriptomics has recently emerged as a powerful technology to explore gene expression...
Phenotypic differences often occur even in clonal cell popu- lations. Many potential sources of such...
The measurement of noise is critical when assessing the design and function of synthetic biological ...
In quantitative single-cell studies, the critical part is the low amount of nucleic acids present an...
In quantitative single-cell studies, the critical part is the low amount of nucleic acids present an...
Background: Gene expression has a strong stochastic element resulting in highly variable mRNA lev...
Phenotypically identical cells demonstrate predictable, robust behaviours. However, there is uncerta...
Background: Gene expression has a strong stochastic element resulting in highly variable mRNA levels...
Single-cell transcriptomics has recently emerged as a powerful technology to explore gene expression...
Motivation: Cell populations are never truly homoge-neous; individual cells exist in biochemical sta...
In the upcoming era of genome-based diagnostics, reliable technologies for single-cell isolation wil...
Biochemical reactions are intrinsically stochastic, leading to variation in the production of mRNAs ...
Cells are the basic units of life. Studying complex tissues and whole organs requires an understandi...
The measurement of noise is critical when assessing the design and function of synthetic biological ...
Phenotypic differences often occur even in clonal cell populations. Many potential sources of such v...
Single-cell transcriptomics has recently emerged as a powerful technology to explore gene expression...
Phenotypic differences often occur even in clonal cell popu- lations. Many potential sources of such...
The measurement of noise is critical when assessing the design and function of synthetic biological ...