Format Conversion
-Combine FASTA
-EMBL to FASTA
-EMBL Feature Extractor
-EMBL Trans Extractor
-Filter DNA
-Filter Protein
-GenBank to FASTA
-GenBank Feature Extractor
-GenBank Trans Extractor
-One to Three
-Range Extractor DNA
-Range Extractor Protein
-Reverse Complement
-Three to One
-EMBL to FASTA
-EMBL Feature Extractor
-EMBL Trans Extractor
-Filter DNA
-Filter Protein
-GenBank to FASTA
-GenBank Feature Extractor
-GenBank Trans Extractor
-One to Three
-Range Extractor DNA
-Range Extractor Protein
-Reverse Complement
-Three to One
Sequence Analysis
-Codon Plot
-Codon Usage
-CpG Islands
-DNA Pattern Find
-DNA Stats
-Fuzzy Search DNA
-Fuzzy Search Protein
-Ident and Sim
-Multi Rev Trans
-Mutate for Digest
-ORF Finder
-Pairwise Align Codons
-Pairwise Align DNA
-Pairwise Align Protein
-PCR Primer Stats
-PCR Products
-Protein GRAVY
-Protein Isoelectric Point
-Protein Molecular Weight
-Protein Pattern Find
-Protein Stats
-Restriction Digest
-Restriction Summary
-Reverse Translate
-Translate
-Codon Usage
-CpG Islands
-DNA Pattern Find
-DNA Stats
-Fuzzy Search DNA
-Fuzzy Search Protein
-Ident and Sim
-Multi Rev Trans
-Mutate for Digest
-ORF Finder
-Pairwise Align Codons
-Pairwise Align DNA
-Pairwise Align Protein
-PCR Primer Stats
-PCR Products
-Protein GRAVY
-Protein Isoelectric Point
-Protein Molecular Weight
-Protein Pattern Find
-Protein Stats
-Restriction Digest
-Restriction Summary
-Reverse Translate
-Translate
Sequence Figures
-Color Align Conservation
-Color Align Properties
-Group DNA
-Group Protein
-Primer Map
-Restriction Map
-Translation Map
-Color Align Properties
-Group DNA
-Group Protein
-Primer Map
-Restriction Map
-Translation Map
Random Sequences
-Mutate DNA
-Mutate Protein
-Random Coding DNA
-Random DNA Sequence
-Random Protein Sequence
-Sample DNA
-Sample Protein
-Shuffle DNA
-Shuffle Protein
-Mutate Protein
-Random Coding DNA
-Random DNA Sequence
-Random Protein Sequence
-Sample DNA
-Sample Protein
-Shuffle DNA
-Shuffle Protein
Miscellaneous
-IUPAC codes
-Genetic codes
-Browser compatibility
-Mirror this site
-Use this site off-line
-About this site
-Acknowledgments
-Reference
-Genetic codes
-Browser compatibility
-Mirror this site
-Use this site off-line
-About this site
-Acknowledgments
-Reference
The Sequence Manipulation Suite Copyright © 2000, 2004 Paul Stothard. Send questions and comments to stothard@ualberta.ca
| Sequence Manipulation Suite: |
| Mutate Protein |
| Mutate Protein introduces residue changes into a protein sequence. You can select the number of mutations to introduce, and whether or not to preserve the first residue in the sequence, to reflect selection acting to maintain a start codon. The position of each mutation is chosen randomly, and multiple mutations can occur at a single site. Mutated sequences can be used to evaluate the significance of sequence analysis results.
*This page requires JavaScript. See browser compatibility. *You can mirror this page or use it off-line. |
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