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Extension of Lander-Waterman theory for sequencing filtered DNA libraries
Michael C. Wendl
, W. Brad Barbazuk
Section of Computational Biology
Research output
:
Contribution to journal
›
Article
›
peer-review
18
Scopus citations
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Dive into the research topics of 'Extension of Lander-Waterman theory for sequencing filtered DNA libraries'. Together they form a unique fingerprint.
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Mathematics
Sequencing
77%
Libraries
70%
Edge Effects
46%
Zea Mays
17%
Coverage
15%
Gene
15%
Standards
13%
Tagging
12%
DNA Sequencing
12%
Clone
9%
Performance
9%
Paradox
9%
Standard Model
9%
Redundancy
9%
Genome
8%
Prototype
8%
Filtering
8%
Exception
7%
Well-defined
7%
Density Function
7%
Fold
7%
Discontinuity
7%
Decrease
7%
Background
7%
Configuration
6%
Experiment
6%
Necessary
5%
Model
5%
Observation
5%
Estimate
3%
Chemical Compounds
Standard Model
100%
DNA Sequencing
80%
Filtration
56%
Sampling
53%
Length
38%
Reduction
29%
Medicine & Life Sciences
Gene Library
69%
Libraries
57%
Sorghum
15%
Zea mays
11%
Selection Bias
10%
Firearms
10%
Islands
10%
DNA Sequence Analysis
9%
Genes
7%
Clone Cells
7%
Light
6%
Research Personnel
6%
Genome
6%
Engineering & Materials Science
DNA
67%
Genes
15%
Genomics
8%
Probability density function
7%
Redundancy
6%
Sampling
5%
Experiments
2%