RepeatExplorer
Most of a plant genome is repetitive
These tools identify repeats, classify them and estimate their abundance, either from low-coverage sequencing reads or from an assembled genome.
LTR retrotransposons Tandem repeats DNA transposons
The tools run on a public Galaxy server, on the command line, or as containers.
What each tool annotates
Working from sequencing reads
No assembly needed. Low-coverage shotgun reads are enough to find repeat families and estimate how much of the genome each one occupies.
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RepeatExplorer2
All Galaxy CLI
Graph-based identification and quantification of repeats from unassembled sequencing reads
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TAREAN
Tandem Galaxy CLI
Reconstructs satellite repeat consensus sequences from RepeatExplorer2 read clusters
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ChIP-Seq Mapper
Galaxy
Compares ChIP and input read mapping across repeat clusters to find associated repeats
Working from a genome assembly
Annotate repeats along the assembled sequence, then merge the results into one non-overlapping annotation.
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DANTE
Domains Galaxy CLI
Domain-based annotation of transposable elements using the REXdb protein database
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DANTE_LTR
LTR Galaxy CLI
Identifies complete LTR retrotransposons from DANTE domain hits and classifies them into lineages
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DANTE_TIR
DNA Galaxy CLI
Finds DNA transposons with terminal inverted repeats, seeded by transposase domains
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TideCluster
Tandem Galaxy CLI
Detects tandem repeats in genome assemblies and clusters them into families
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CARP
LTR Tandem DNA Galaxy CLI
Integrates the annotation tools into a single non-overlapping repeat annotation of a genome
Reference data
The protein domain database the annotation tools classify against.
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REXdb
Reference
Reference database of transposable element protein domains, used for classification
Protocols
Step-by-step guides, from the published protocols for read-based work to the current workflow for annotating an assembly.
Workshops
Run most years since 2014. No workshop is currently announced — past programmes and slides are archived here.