Home
Category
Visualization
BarBoxComutationDotForestHeatmapHistogramLollipopMafsummaryMaftitvManhattanOncoprintPM-AdiversityPM-comp-corPM-comp-funcPM-comp-taxaPM-DistributionPM-HclusterPM-HeatmapPM-Marker-CorrPM-Marker-RFscorePM-Marker-TestPM-NetworkPM-PcaPM-PcoaPM-plot-taxaQ-QSurvivalUpsetVenn
Sequence alignment
BLASTDotmatcherDotpathDottupNeedlePM-BdiversityPM-extract-rnaPM-parallel-metaPolydotWater
RNA Expression
Bulk RNA-seq Data AnalysisCancer Alternative Splicing AnalysisCCLHunterCIRI-deepCIRI3Cross-disease analysisDisease predictionEditing site annotationEditing site identificationEditingFactorDetectorFunGenGene-disease network constructionRNA-seq AnalysisSingle-cell RNA-seq Data AnalysisSPIRALVisualization of scRNA-seq Data Analysis Results
Variome analysis
BarcodeBLASTBarcodeFindereasyGWASExpPatternGeneFinderHaplotype analysisHapMapHapSnapLeadSNPFinderRice Varieties IdentificationRice Yield EstimationSeqFetchVersionMapWheat Head Estimation
Epigenome analysis
Age PredictorBS-RNAComparative analysis in nucleosomesDMR AnnotationDMR ToolkitEnrichment & AnnotationEnrichment analysis in nucleosome occupancyEWAS Network VisualizationGMQNIDMPLollipop PlotterMRAS
Long non-coding RNA
ClassificationFunctional PredictionID conversionLGClncbook-BLASTLncBot
Virus
COVID-19 genome variation annotationCOVID-19 haplotype analysisDenovo AssemblyEvolutionary treeFastq-to-VariantsGenealogy and Evolutionary AnalysisGenome AnnotationGenome TracingMcANMonkeypox virus genome variation annotationMonkeypox virus genome variation identificationPangolin COVID-19 Lineage AssignerSeqQCVENASVISTA
Single-cell omics
BroCOLICell Type ComparatorCell Type PredictorFGOTGOTSCSESSpaMITACOSUCASpatial
Image Processing
Image CroppingImage DenoisingImage FlippingImage PartitioningImage Resizing
Others
APAcatcherComposition analysisCross-model analysisCross-species analysisCross-stages analysisHomolog FinderLUTLSRSMIAncRNA-eQTLPM-predict-func
User Manual
Sequence alignment
BLASTDotmatcherDotpathDottupNeedlePM-BdiversityPM-extract-rnaPM-parallel-metaPolydotWater
Home Sequence alignment
Dotmatcher
Sequences type
Protein
Nucleotide
Protein

Data

Sequence A
Example file
Sequence B
Example file

Parameters

EDNAFULL
DNAFULL
DNAMAT
false
True
False
svg
SVG
PostScript
References
Rice P., Longden I. and Bleasby A. EMBOSS: The European Molecular Biology Open Software Suite. Trends in Genetics. 2000 16(6):276-277
Instructions

Draw a threshold dotplot of two sequence

dotmatcher generates a dotplot from two input sequences. The dotplot is an intuitive graphical representation of the regions of similarity between two sequences. All positions from the first input sequence are compared with all positions from the second input sequence using a specified substitution matrix. The two sequences are the axes of the rectangular dotplot. Wherever there is "similarity" between a position from each sequence a dot is plotted. The threshold conditions for "similarity" are defined by the user.

Contributor(s)
Zhenglin Du
bit@big.ac.cn

Data

Sequence A
Example file
Sequence B
Example file

Parameters

EBLOSUM62
BLOSUM30
BLOSUM35
BLOSUM40
BLOSUM45
BLOSUM50
BLOSUM55
BLOSUM60
BLOSUM62
BLOSUM75
BLOSUM80
BLOSUM85
BLOSUM90
BLOSUM Clustered
PAM10
PAM20
PAM30
PAM40
PAM50
PAM60
PAM70
PAM80
PAM90
PAM100
PAM110
PAM120
PAM130
PAM140
PAM150
PAM160
PAM170
PAM180
PAM190
PAM200
PAM210
PAM220
PAM230
PAM240
PAM250
PAM260
PAM270
PAM280
PAM290
PAM300
PAM310
PAM320
PAM330
PAM340
PAM350
PAM360
PAM370
PAM380
PAM390
PAM400
PAM410
PAM420
PAM430
PAM440
PAM450
PAM460
PAM470
PAM480
PAM490
PAM500
false
True
False
svg
SVG
PostScript
References
Rice P., Longden I. and Bleasby A. EMBOSS: The European Molecular Biology Open Software Suite. Trends in Genetics. 2000 16(6):276-277
Instructions

Draw a threshold dotplot of two sequence

dotmatcher generates a dotplot from two input sequences. The dotplot is an intuitive graphical representation of the regions of similarity between two sequences. All positions from the first input sequence are compared with all positions from the second input sequence using a specified substitution matrix. The two sequences are the axes of the rectangular dotplot. Wherever there is "similarity" between a position from each sequence a dot is plotted. The threshold conditions for "similarity" are defined by the user.

Contributor(s)
Zhenglin Du
bit@big.ac.cn
#Runs
600
Open Result