Genomics
16
Variant calling analysis
Fundamentals of computational biology
Preface
Introduction
The command line
1
The command line
2
Version control
3
Package managers
4
Notions of HPC
Intro. to algorithms
5
Algorithm thinking
6
Algorithm techniques
7
Data structures
Sequence analysis
8
Sequence analysis
9
Sanger analysis
10
Sequence alignments
11
NGS and TGS: principles
Phylogenetics
12
Phylogenetics
13
Phylogenomics
Genomics
14
Genome assembly
15
Genome annotation
16
Variant calling analysis
17
Comparative genomics
Metagenomics
18
Metagenomic sequencing
Structural bioinformatics
19
Structural bioinformatics
20
Molecular docking
Challenges
Unix challenges
Seq. Analysis challenges
Genome assembly
Appendix
History
References
Table of contents
16.1
Common mutations
16.2
Structural variants
16.3
Genome rearrangements
16.4
Read mapping algorithms and programs
16.4.1
Burrow-Wheeler-Alignment
16.4.2
BWA-MEM2
16.4.3
Minimap2
16.4.4
SAM, BAM and CRAM formats
16.5
Identifying mutations
16.5.1
Freebayes and Snippy
16.5.2
The VCF file
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16
Variant calling analysis
16.1
Common mutations
16.2
Structural variants
16.3
Genome rearrangements
16.4
Read mapping algorithms and programs
16.4.1
Burrow-Wheeler-Alignment
16.4.2
BWA-MEM2
16.4.3
Minimap2
16.4.4
SAM, BAM and CRAM formats
16.5
Identifying mutations
16.5.1
Freebayes and Snippy
16.5.2
The VCF file
15
Genome annotation
17
Comparative genomics