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Associated RNAi Experiments
Homology
The following BLAST results are available for this feature:
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| scaffold266_size231069 | supercontig | scaffold266_size231069:219811..227469 + |
Analyses
This gene is derived from or has results from the following analyses
Properties
| Property Name | Value |
|---|
| Note | F:ligase activity |
Relationships
The following mRNA feature(s) are a part of this gene:
Sequences
The following sequences are available for this feature:
gene from alignment at scaffold266_size231069:219811..227469+ Legend: mRNA Hold the cursor over a type above to highlight its positions in the sequence below. >maker-scaffold266_size231069-snap-gene-1.25 ID=maker-scaffold266_size231069-snap-gene-1.25|Name=udp-n-acetylmuramoylalanine ligase|organism=Tigriopus kingsejongensis|type=gene|length=7659bp|location=Sequence derived from alignment at scaffold266_size231069:219811..227469+ (Tigriopus kingsejongensis)
ATGAAGTGTGTACGTAAGCAATTCAAAATTTTGCCAAATGCGGGGAAACA
TGATATCTTGCCAGCATAAGAGTAAGGCTTTCCTGGTACTTTGCCAAATT
TTCTGACAATTGAAATGCAGAGGGAGCAATTGAATTGCATTTCAGTAACT
ATGAATGTATTCATTCTTTAGCTCCTCCTCCTAATCAGTCTGGCTATGGC
CATGGGAATGCCACAACCCGAGTTCAACGATGACTACGAATTGATGCAGC
CCTCAACCAGAGGATACCCAGCGAGCTGTGAGTATTGACAGCGTATTTGG
CATTTCTCACCCAATGCAATTCACAAAAAAAACAGATGAGCGATTCATCA
ACGAGTGCATATTATCATGGAGCCGGAGAGTGTTAGAGCAAGCCAACCAG
AACAGAGGATAGATGCCGACAGTCAAGGGACAATTTTCGCCCAACCATTG
GGCAATAAGACCAACCAGAGCAGGTGACTTGATTTGCAGTTGCTAGTCAG
TCTCCAATGTCGTCTCTGCCTCGTTTCAGTGCCCTACGAAGTTCCCGATT
TCGGNACCAGAGGATACCCAGCGAGCTGTGAGTATTGACAGCGTATTTGG
CATTTCTCACCCAATGCAATTCACAAAAAAAACAGATGAGCGATTCATCA
ACGAGTGCATATTATCATGGAGCCGGAGAGTGTTAGAGCAAGCCAACCAG
AACAGAGGATAGATGCCGACAGTCAAGGGACAATTTTCGCCCAACCATTG
GGCAATAAGACCAACCAGAGCAGGTGACTTGATTTGCAGTTGCTAGTCAG
TCTCCAATGTCGTCTCTGCCTCGTTTCAGTGCCCTACGAAGTTCCCGATT
TCGGCCGCCAAAAGCGAAGTGCAGTGAAGTTCTTCTTCCACTCTCTCTTC
GGTGGACGACGAGGCTATGGAGGATATCACCGAGGTGGTTACGGTGGACG
ACACGGATATGGAGGATACTGACGAGGAGGATATCATGGAAAAGCGAATC
CAGGCAATCATTGTTCACATTTTACATTTATTACATGTCCAAGCAGGAAC
TAACGGCATTTGAATTAAATTTCAAAAAAGAAAAAGAACATTTGCTCATT
TTCGCCTAAAAAGAATATATTATACAGGGTGCGCGAGGGAAATGTTTAAA
CAACTTCAGTTTAAATTTTACGCTCTTTTATGACAGCTACAGCCTTTGGT
CAAAGTGGTTAAAAAAAGTTAATCAAAACAAAAATTGCATCACCAAAAGC
AAACCGACAAAGGATATCCGATTTGCTCGACGCCCAAATCGACAAAAAGG
AGATCGCCGGCATTGTTGGGGGTGTCTCTGCCCACCGTGTGCAACGTGTT
GAAGTCCAAAACCAATGGCAACGGGATTGAGAGGAAACAAGACAGTGGCG
GAAATGGTTTGAAGCGGGATGAAGACTTCTTGGACGCCTTGGGGGCCAAG
ATCAAGCTGGATCCTACAATTTATATGAGGAGGTTGGCCAAGGAGTTCAA
CGTCGTCGAAAGCACCATCAGGAAGGCAATTCATGACGATCTCAGCCTTA
CCAGCTATATCAGAATCCCCTGACACATTCTTACGGCGACTTTGAGGCCA
AAAGGCTCTCCCAGTGCAAGCAAGCCCTAAATTGGATGAAGCATGATACG
GCCACAGTGAAAATCTTTTGAGACAAAAGAAGATTTTTACCGTTGACCAA
GTGTATAACCGAAGAAATGAGCGGTTCTTGGCACAATCACCTTCTGAGGT
CCAGGGAGTCTACTTAACCAAGCATCCGGCTTCCATCATGGTCTTGGGCG
TCGTTGCGTCCGACGGGAGGAAGATGCCTCCATTCTTTTTCAAGCCGGGC
GAGAAGATCGGAGCTGACGTGTACTACAAGGTCCTGAAGTAAACAGTTTT
GCCTTGGTTGAAGGCCTCCTATCCGGAGGGTAACTATGTGTGGATCTAGG
AAGGCGCGCCTTCCCACACGGCCAAGAAGACGCAGAAGTTCTGTCAGGAC
AGCATGGCGGGATTTTGGGCAAAGGACTTTTGACCCCCGTCATCACCGGT
TCTGAATCCTTTGGAATTTGTCGTGTGTGGCTATCTACGTAGAGAGGTCA
ACCCGAATGTGGAGTCACTGAAGGCCTCCATTGTGAAGCACTGGGACGAG
ATGCCCGCCTTGTCCGTTCAGAAGGCCTGCGCCAGCTTCCGCCGTCCTGT
CGAGTCTGCAATAGAGGTCGAGGGAGGCCATATCGAAAAATGAGTCCCCC
AAACCTTCCAACACCTTAATTTTTTAATAGATTTTGTTTATTGCTATTAA
TTGCCGCAATATATTGCATTTGCCAAACCTGCTTTTTTTAAATTCCCTCG
CGCACCCTGTAAATAAAATACTAGAGGGTGGGGCCCCAAATGCCACAATG
TATGTAATCAAGTTTATTTATACATGTGTCTAAAAGGCAAGCAGCGTAGT
GCAATGGTAGAGTGGCACAATCAGTCATCTTTCCATGCATTATCCGAGGG
TCGTTGGCTCGATCCCCGGGCTTGCCAAGTTCCGGCAACTAGTGGTGTTC
ACTAACAGCTATTGTTTGCTTTCCTGGCGGGATTAAAGTGGGCGTACCTG
TGGTTCATTCCCCGAGGGTAAAGTAATAGTTCATGATAAATTTGGCCGCC
AGGATGACCATGGACCAAAATATAATCAATATTGTTTCCAAGCTGCCATT
TTGACATCAAAAATAATTGTTAACATTCGATATTTTAAACCGGACAAACT
TTTCCGTAAAGTGAGCATTCACTTGTATTTGGAGGTAAAACATCATCATC
ATGTCTCAATAAAGATTTCCCCAGCTGGGCAGAAATGCCCGGGCCCTTCC
AACGAAACAACTAAAACATGTGTCTAAAAAAATATTCATGGCTGGGAGAC
AACATTTAGTAAGCAAATGCTAGTCAGTAGTGTTAAGCCATTCTATGATA
CAATATGTAGAAAACTTAAGGGTTCTAAAGGGGAGAGACAAGTTTATACA
ATGAGGCCTTAAACGAAAATATTAGACTTTATAAAAACAAAACTACTGTA
CAGATCTGTTCGGCGGAGAAACACAAAAAATGAGAGAACAAGCATTGCAA
AACGCTATAAACTATGCAAAACGCTATAAAGGAAACAAAGACAAGAGTCG
CACCAGCTCATCCAAATCACGCGATATAAAGTAACATCAGTAAAGAGATC
AACCTTAAATATTTGAGGTTTTCTTCAAATGAAATAGACCACACAGAGAG
ATAAGTTTTAGAATGGCTTATGATAAGACACAAACAATGACACTTATTCC
ATTAGAACACGTAGGCATCACTAACTTTCTGAACCCAACGCTGGAAGCAC
GGTTACTTTTAATGATAAAGGGAAAGTCATAGAAAGTTGTGGTTGGAGAT
TCCAACATGTCCCAGATTGCTATATTCCTAAATATTAGGATCTGAGCTGG
AGGACCGCCAGAAAATGGCGGTCTTGAAACATAGAAACTCTACACTCATT
GGTTGATATGAGCTACAACACCATACACAGTACATACATAGTTCTCATTA
GGGAATGTGGACTTGGGCCATGGCAACACTGTTTCGCTCAGAGCCTTGCA
ACACTTAGACGCCGCGTCTACTTTTTCTCCGACCTTTAAGAAGTAATCGT
GCACGTGTACTTTCTTGTCGTCGTTGGCTAAATCCGAGAACCATCGCCTG
ATCTGGGTGTCTGGTGTGGTGAACAATTGATAAAATCATATTCTGCCAGA
ACCCGATCATTACTTCTGTTGGAAACGACGTCAACGGTGAACTTTTTCCT
GTCCGAGATATTAAAAAATGGACCCAATAGTTTTGAGATTATTCAGGCCT
TTTTTGCATCCGGCGTGACACCTTCATTTACTCGTTGAGAAGATGCCTCC
TAGCCATTACATACCGTAAGAACCAAGGCCGCATTTGTCATGCATAGCCT
TTCTCACGGTTTTGGCGCTCACTCCAAAGGCCCTACAAGACGGGATCAAC
ATCCTCGAAATTCCCCTGACTTATCTCTTTGATGGGTCCATCACCTCTGT
CATTTTTCCAGGAATCTGGAGAGAGGCCAAAGTGATCCCAGTGCCCAAGA
AGTGAGATCGCACCCAAAAAGAAAATTAGCGCCCGATATCAATCTTACCC
GCTCTGTCAAAAACTTTAGAGGAGATCATACACCTTCAGATATCACAGTA
CTCAGAGGATCACCATCTACTCCCAAACTCGCAGCTCAGGTTCCGACTCA
AGCGATCCACAACCACGGCCCTAATGAATCTGACTTACGGCCTCGGAAGC
GCCGCAAATTATAATATCGAAGCCATGCTTCACCTCTCTTTCTATCCCCT
CAAAAAATCTGACCTGAATCAACTCAAAAACTCCAAGTCTCTTTATTGGC
GGATGATCAATCCATTTTCAACTTTGACCATTTTTGGAGGGTAGTTCAAT
AAATATTTGGTTTCAATTCAAATGGCGATGTCCGCAAAACTTAAAAAAAT
TCATACCAATATTTCGTCGTTGTTGTTCCATTGTTGTGAACAATGTTATC
AAAAAAATGTTGTAATGTTTTTGGTTGACAAGTGTCTCAAAAAGTTGACT
TACAATTGCCCCTCCAAAAAAAACCCTTCTTATAGCCGAAAAATTCGTGC
AAACTTTGCCAGATTTATCTCGACGACCCTGTATGTACACCTTCAGAGGA
TCACCATCTACTCCCAGACTCGCAGCACGGGTTCCGACCCAAGCGATCCA
TAACCACGGCCCTAATGAATCCGACTTATGACCTTGGAAATGGTGCATTT
GCGCCATTTCCAAACATTCGAAACAGGTGACAGGCCTGGCTGCCTTCGAC
CTGAGTGCAGCCTTTGATTGCCTTTGACAGGAATATTCTGACTGAGAAAC
TGAAAAATTACAACTTTGACATCAACTCACGAAACTGGATCCAATAGTTC
CTGAGCGGAAGAAAACAAAGCGTGTTGGTGGAAAACTGCCTCTCTGTCCC
TAACACAGTCGACTGTGGGAGCCCCCAAGGATCCATCCTATCTCCATTAC
TTTTCACACTGTATGTGTCAGATCTACCACTATGGCTCACTGGTTCATCA
GTGCTCGCATACGCCGACGACACAACTATTTATTACTCATAGCAAAATAT
CGAGCAAGCCATCAAAAAGCTGCAGGAGGATTTGGGCAATGCACTGAAAT
TCATGGCTTCAAATGGGCTGAAAGCGAACCCTCTCAAGACCTAGTTCATG
TTCATCAACCAACGCCAGGGAGAGAAGCCTAGGCCCATCAAAGTGGAAAC
ACACACTATTCGAGCCCAAAAAGAATATGGAGCGGATGGGAATGGTCGTA
CAATCAGACTTGGGATGGCAGCATCAATTCACCGCTGCGCTCAGTGGACT
CAATCAGAGACAGGGATTGGTGCAAAGACTCATAGCCTGGATCCCACGGT
CCCAACTGAGCCCCATTGTGTATGGGTCAAAAATATTTATGCTGCAATAC
CCCATCCAAGTATTTTGTCGGCTGTGAATAACCCACGATACATATCTCAA
TAGATACTGTATGTAAATGAAGGCCGTATACAATTAATTAATGCCATAAA
ACGTATGAATCAAACTATTTTCACCGCTTTGCCCATATCCATCAAGGGAT
TAAATTAACTCGTTTGCTGCCGCACTCTTTTTCTATCGGGTTAATATCTT
GGTGAACTTCAAAATCACGGAGAACCTCAAATGTAGCGATGAGCATTTTT
ACCCACTCATAATATTGTTCAGGAGGCGCATCTACCAGGGTAGAAATTAA
ATTAAACTGGTTTGGCTAGATTTTAACCAATTACCCATTCCTGTGCTGTA
TCTACAATGTATTGCAATCTAGCAGTGCCTTCCCCTTTTCTTGGGGATTT
TGTAACTACTGTAAGTGTTAATTTCCATTTTTCTGCAACGTATGCACGCT
TTGTGAGTGAATTTACTCTTTTCCCACATGGGTGCAACGAGCTTGATGCC
CATGTGGGATTTTCGTCTAACGCGTCGGTCACGATATAAACTAAGTTGAC
CATTTGAAAAGGTTTATTTTCGGAATAAAACAGAGTTTATAAAGAGAAAG
GAACTAAAAATAAACTGAACAAACATACGGAATATTAGGCCCACATTCAC
ACAGTATTCTTGACAAAGGTGTCACATTTGAAGTATGGATACGAACCTGA
GCGAGTAGCTGGGCGAGTACACTGTGGCAACAAAGTTGTGGCGTGATTTT
ATATTCCTACCTTCACTTACTTCCCTCGCTTCTCAATACTGGCAAATATT
GCCCCAAAGAGTCATTATATCTCCAAAGCGACTGTTCGAGTCGATTTGGA
GACCAACTTGAATGCTTATCCATACAAAAACTACGCTAGAACATTTCTGG
ACTCAAAAATGAAGCCCCCTTTGACACTGGATAATGTAAAATTTTGTGGA
TGAAAGAAGACCTGAAGTGGTCCACGTGCTGTGAATACGTTCCGCCTTAA
AACTGAATTTTATTTAGGTTTGGTCCATCTACATAAGGACCTTCAACACC
CATTATTAAGCACCCATCCAAAAACATGGTTTGGGGGAATGAATGTCACC
TGGGAGCCATCCCATTCATAATTTTGTCTTCGAAAAGACTTGGCTGGATG
ATCAGTATTGTCAGCCATATATTTGAACCAAATTGTCACTTCCCACGACT
TATTGCCTAAACAGCATTGGCCCATGACCTGAAAGGAACTTGACCCAATC
CATATCAACCGGAATTTTCATAACATACAGTGCCCCACATTATGCCCCAA
AGTGCACTCAAAAATAGTTCAAAACACATTTTCTGTGGTATAGCAGGAAG
TACGAGTGGGCAGGGATCACCCCTAGTGAAAAATACATCGACAAATTGCG
TGCCATATTAAAAATAAGGGGCCATGAAATTGACCCAATTATTGCCCTTG
CTCAACTGTATTTCTTGTGCCATGGGGACATCATACTCAAATAATAATAT
GTGATCACTAAATGCACCTAAATTTCAACTGGGTGTTGTCCAGGCCAGAC
TGGAAGGAGAGCATGTTTCAGAAAGAAGATAAGAAAGTGTTTAACTGGCC
CCGATGGTCTCATCAAATCCCTACAGATCTAAACCTAGACTGGTTTTCCT
CATTCCAGCCAGGCCCAATTTAGCCATCTCCCACCAACCTAGAATTGGTT
GCACAACGCAACTAACCTGTTTCACGCCCCAGTCGCTTTTTCGAAAGCTT
TATAAACGACTCGCGATCGCTAGAGAGTCATCACAACTATTTCTCCCTCC
ACAATCGAGTAAAACCAACATTCTCACAATGAAGTTCGTAAGTCAAAACG
TCAACAAGTTATCTCCTAGTCATTTTTGGCCTTTTCACTGATTTGCTATT
GTTTAGCCAAAAAAGACCGAGAAGCCCATCAAAAGGTTCATACACTGTCT
GTGCCAAACTGCAAAATAACCTTCGATGGCAACAAGACTAAACAGATTTT
AGAAGGTTAGCGTTGGGAATCTCATGGATTTTCATGGAATTCCAGGTCAT
TCTGCTCTTTACCTTGGCTGTGGCCATGGGCATGCCCCAGCCCAATCTTG
AAGAAGACTTCGAATTGGTGAACTCATTCGCCCTCAGCCAAAGGATTCCA
AGCCAGTAT back to top
Synonyms
The feature 'udp-n-acetylmuramoylalanine ligase' has the following synonyms
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