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Introduction to Single Cell Technology Research Directions Single Cell Technology and Applications
Single Cell Analysis - Flow Cytometry and Microraft Array Technology
technology | application | related data |
FACS
micro raft
|
Classification and Isolation | Isolate cells for other related technical analysis
Sort cells by marker of interest for grouping and possible analysis
|
1D tracking
Fibrillar
Microfluidics
Traditional - Single Cell
3D
|
cell movement | Mobility, Persistence, and Taxi Research
Cell adhesion and phenotype can be analyzed
3D parallel native environment
|
biological sensor | Biochemical analysis | Monitoring binding interactions associated with physiological processes |
pillar
microcontact printing
|
cell traction | Mechanical data critical to cell movement |
RT-qPCR
RNA FISH
TIVA
mass spectrometry
|
Genome Analysis | gene expression profiling
some technical spatial information
|
Table 1
.
Single-cell technologies, applications, and related generative data
.
.
Single-cell technologies, applications, and related generative data
.
technology | advantage | shortcoming |
flow cytometer |
high throughput
Can filter multiple markers at the same time
mature technology
|
Requires a large population of cells, which requires cells to grow through passaging
High flow rates can damage cells
Not suitable for all cell types
|
micro raft |
need a small amount
Cells All cell types can be studied
|
Requires special facilities to spawn
Limited marker screening
|
Table 2
.
Comparison of cell sorting and isolation techniques
.
.
Comparison of cell sorting and isolation techniques
.
Single Cell Analysis - Flow Cytometry and Microraft Array Technology