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Decomposition of gene expression state space trajectories
Jessica C. Mar, John Quackenbush
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Article
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peer-review
37
Scopus citations
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Dive into the research topics of 'Decomposition of gene expression state space trajectories'. Together they form a unique fingerprint.
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Mathematics
Gene Expression
100%
State Space
67%
Trajectory
62%
Cell
58%
Pathway
57%
Neutrophils
53%
Decompose
51%
Dynamic Networks
22%
Complex Networks
18%
Network Model
18%
Genome
17%
Dynamic Model
16%
Attractor
14%
Interpretation
11%
Converge
9%
Alternatives
9%
Earth & Environmental Sciences
gene expression
92%
trajectory
61%
decomposition
57%
transition
49%
biological processes
25%
genome
24%
acid
16%
program
13%
analysis
7%
Engineering & Materials Science
Gene expression
87%
Decomposition
57%
Trajectories
55%
Dimethyl sulfoxide
44%
Genomics
27%
Complex networks
27%
Acids
24%
Agriculture & Biology
trajectories
82%
gene expression
48%
degradation
48%
neutrophils
29%
cells
25%
biological models
21%
retinoic acid
18%
dimethyl sulfoxide
17%
genome
8%
Medicine & Life Sciences
Gene Expression
47%
Granulocyte Precursor Cells
41%
Datasets
25%
Neutrophils
24%
Dimethyl Sulfoxide
17%
Tretinoin
16%
Biological Phenomena
15%
Genome
10%