|
|
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 |
|---|
| scaffold18_size714446 | supercontig | scaffold18_size714446:105550..112528 - |
Analyses
This gene is derived from or has results from the following analyses
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 scaffold18_size714446:105550..112528- Legend: mRNA Hold the cursor over a type above to highlight its positions in the sequence below. >maker-scaffold18_size714446-snap-gene-1.17 ID=maker-scaffold18_size714446-snap-gene-1.17|Name=vascular cell adhesion protein 1|organism=Tigriopus kingsejongensis|type=gene|length=6979bp|location=Sequence derived from alignment at scaffold18_size714446:105550..112528- (Tigriopus kingsejongensis)
ATGGCCGAAAACTGCTGGAGGAGCTGGGCCAGCGCCGCGGCCAGCACGTC
CTCGGTGGCCTTCCCGATCCAGGTCTTGATCGACATGGTCCGGGTCCAGA
CCAGGAGCTCCACGATCTTGGCTCGGTCCACCGACATCGTAGCACCGGAC
ACGCGACACAATCACGAAAACGTCCGAAATTGTCGTAGTAGAAAAGAATG
TATCCCCCATTGGGTGAGTGGTGTCTAGGCGAGTGAGGAAGTTGTGAAAT
CGTTCAATAGGGGTTTCAGGTAATAATTGGGCTTGGTCCACTTAATATGA
TCAAGATTGAAATCCCCTAGGCAATGACGTTGTTGGATTGACGAGCCGCT
TCTTCAATTTGGGAGATAATGTTATTGAGACGCAATTTTTGACTCGATAA
GGATTTGTTGTTGCACTGAACCCATTCTCTGTAGAATCCGCCAATTAAGG
TCGGTCTCTTGCCTGGAGAACGCACCTCTATCTAAATTGAGGGAATTTCA
CAACTCATTAGGTCAGCCCTTAGTTGAAACAGGAGACTGAACTCTTTTCG
GATGAGACAAATGATTCGAGCTTTCGAGTTCTTTTGCTTCAAAAGTGGCA
TATAGGTCTGATATCCGGCAATGTCAGGGACGTTGTCCTGTGTGAAAGCT
GTCATGTCAACCTCCGATAGGAACATTGCGTCAATTTGATTGTCCTCCAT
CAGTATTCCCGAAAGAGCCTAAAATACAAACAGTCCTCGTCGCATATTCC
AAGAAGCTACCATTAGTTCGTTTGAATCAATTTTGGAGCTGGTTTGTCGA
CACTTATGACTCTGAAACCTGCCAGCCTCTGAACCACTATGAATTTGGTC
TGGCAAATCGGGCCTAGTTCGTCATTTTTTGCCTTAGCCCTGGCCACCGC
CTCAGATCGTTCTTGTAGTTGTTGTCTCGTTAGATCAAGCAGCAGAAAAC
TGTTGCCAAACTTTTACAGCCCTTGTTATCTTTAGCTGAAATATGTTGTT
GTAACCTCGATGGCCCTAATCGAAACAGTAAGAACTTCTGTATACTATAC
CTCCAGCCCGCCAGCCTGTGTGCATAAATTGTTATCACCACTATTTATTT
ACAGGAGATTCGTCGGCACGCTTATCAGTCAGCCGTCACAATAATATTAG
GGATTGTCAAAATCAGCAACTGGAAAAACTAAAAGTGAACTATGCATATT
TGAAGAGGGAAAAAATCCTTGGTGTTCCCCCTTTACATCAATATTCTGCT
TATAGGTATGTCAATAGATCTGTACATTTGAATTAGCTTTGACAGTTTGC
CCGCCTCGCATATCCCCCGTAATTGGCAGTCAACATAGAAAAAAATACGA
AGATTTATTGATCATTTATAGGTTTCAATTATACTGAATTTATGATTGTT
TTTCTTTCACAAAAACGTCAACACTAGATATGGAGAACACTAACCTAAGC
TCTAGACTATCTAAAAGCAAATACTTACCTATAAAGGGTACGTCACTATG
TGAAAAGTTTGATCGCACCCTCAGTTGAAAATGTTGAACATCCAAGACAG
TAGCCAATTGATATTGTTCCTTAAACAATTAATATTGATCCTCTAAATGG
GAGTCCAGCATACCAATAGCTTCGCAACCATATTTTGGGGGGTCTTTTTT
TAATTCCTGGGGAACTTTTGCTTTGAGCTGTGTAACAAATCCATGTTTTG
TATGTTCTCGGAAACCTGTCTGTTTCCGAGGCTAGCTGTTTTTACTCAGA
TACCTGAAGTGTCACTCGGTGAATACACCTTCTGAAGGAAACGTTGTTCC
TCAATCACACAAGCTGTTTACATGCAAACTGTACTGTATTCCTATAGTGC
AAACAAAGTATACCAAACAAATTTTAGAAATATCTTCTGACTCGTTAAAA
GTTGCACAAGTGATATCTTATGCATTTTTCCTATCTCTTCTCTTGTGTGC
GTGCATATTAGGTCGCCTCGCTGATTCCCCGTGTGTATAATAGCGCAGTT
GTCGCAAGATATATCCGGTCGAATCAGAGCTTCCAAGTAATCTGTTGTTC
ATAAGACAACGAAGGAAAAAGTACAGCCTGTATTACTAAGTGTTCCAAGG
TTCTTACAAGGTAATCATACGGTTGTCTAATTGTACTTTGGACCATTCCA
ATACAAGCATTCGGGCTAGGAGACCATGCTTAAGACGAGCTGACCAAACT
CTAACTGGGACTTTTAAGTCGCAAAATAGGACAAACAAGTAAACGAGCTA
GGTGTTTCAACCCATGTTCAAACAGATGACAATTCTTTCTTTGCAGTGTT
AACTAACGTGATTTTCGTTGGTTTTGTATTCGAAACAACAGGCATTGGTT
GCAGATAAAACAGAAAAAGGTTGTGGCTGAACAGCTTTAGAGCCCAAAAC
CTTAAAAACCTGTGAGTAAAAATAGCACCTTCCTGACTGTACAGAGCACA
TCCAAGTGCCAACAATTGAAGATCAAAAGCAAGGAAATCCTTGAACGGAA
CCAGAAAAAAAATCGAAGAAGGACAACAAGCAAGGTATGAAAATGAACTT
GCTTCCACAATTTGTTTTCCGCAAAAAACTCACAGAGGCCAATTTTCTGT
AGCAACAAACACAATGGTTGCAATCGGAAATTTCCGTCGGCGCACATTTA
TCGTGCTTTTGATCGTGGGTATCGCAATCATTGTCAAGGTGGATGCGAAC
ACCTTAGTTGCAATCGAAGGACGCAATGTCACATTCGCTTTCAATGGTGA
GAAGTTTTTCAATTTATCATGGCTGAGAATGCGTCTGTATTGTTCGCCTT
ATTTTCATAAGTTTGCGGGGTCGCCTAGAATAACCGGTATTTCGCTGATT
TGTTTCAATGAATACTTTATCCTGTGCAGTTCATACCATTCATAATTCTA
GCCTTTCCCACGTGGACTTGCATGTGCCTTCCCTTCGTGCTTTTGAAACA
ATGATTCGCCCATTCTAATGAAGAAACTCCCTCTGAACCTGTAAATGACA
TCCTTGGCCGACAGGCCTTCATATCTAGTGTGGCTTTGATGCGGCTTGAC
ATCCCATTCCAAATGTTCTCTTTCAGGCACTGTCAATACCAGGCTGTTCA
AATTAGCCAGGGAAGACAAATCAGTAATCGTGGATTACCAGGATCCCAAC
TTGAACGATAAAATTCAATCCGTTTTCCACAATGCCGTTTGCAATCCCCA
AAATGGAACCCTCACTCTGCGTGGAATAAAATTGGAAGATACTGGGAAGT
GGTATTGCGAACAAACCATCCAAGATTCCACCCAACAGACGACAGACACT
CGGATTCATCAAACAGCCTTTTTTCTGGATGTCCAGCAGCAGGCCACAAT
CGAAATCTCGGTGAGCTAAGCCTGAAAGGTTGATGGAATGGCCATTTGGA
TCCTATCCCATTTTTCCATGCCTTTCTTTCAGTTGGCGACCAAGGAGGGT
TTGGCAAGATGCCGGAGCTTGGGTGGATACCCCAAAGTGTCCATGCGAGC
CGTTGTTAGCACAGATCCCACTGGCACAGCGAGCACTCAAGAGCTTCGAG
CGAAAAGACACGCTTCCAATGTGGCTCTGAATGCGGAAGACACAGACTTT
GAATTTGATCCCGATCAGGTTCCTCATGAGCATTACATTGTCTGCATTGG
CGAGCAATTTCGGCAGGGACGAGTGGTCATTCGACCCACCAATTACATTC
AGTGGCGAGGACCAGACTATGAACATCCTTCACCGGCTGAGGAAAGCAAT
GTGATGCTATTTTCCAATTCCAACGTAAGTGCAGGGAAACTCTACTTTTT
GGATCAACTAAGGCCGTCATTTGCGACGGACTTCAGCTCCATCCTGTTGG
GAAGGCCTTGGGCGTGGGCCAAAAGATACGATTTGTAGCCAAGAGACTGT
GAATTGATAGAATCGTAATATAGTTAGGAATGTCTTGTTTGGCCGATAAG
GTCAACAATCTATGTACTACTGTAATCAATTAGCATAGAATCATAAAAAT
TAAGGCGGAATTATTAGAGGACGAACCCATACTGCGGAGCATTGTCTTGA
AAGTCCCTTATAACCGCAAAATAATGTTATCCCGGCCAGACGACATCGGG
TAGCCCGACCTTTGAAGCTTAGGCATATTAGGTTTCTTGGAACTTATTAG
GCATTGTTTTCAAGCATTACTGTTTGTGCACTACATTAGGAATGGGTCCA
TGGCCATTCCCAAAACATCACTTGCAAGCAGGCAGGAGGTCTCCCAGAAA
GCTCTCTGAGCATCTTTCTCTCCGAGGACCAAGAGGGGAAAAGGCTGTTG
AAGACACTGGACATTGTGATGGAAGAGTCTTTCCAAGAATCGGCCAATCT
CAGAACTCTCGTGTCTAGGTAAGGACCTCATAAACGTAACACTATGATAA
ATGCTGTTCATGGGCAAGTGAGGTTATCTTATCCAATGGCTTGTTTGATC
TCAACCGCAATCGAGATTCGCTAGAATTAGGCTTGTCATATTGATCTAAG
CAAAGCGATGTGATGTTTGTTCGTAGATGTGGCAAAGTTTCAAAAGTGGA
ACAACGTTGAACGCAACGTTTTTACAAACTTGTATGATGTCAATCTGATG
ACAAATGCCAAATTCCAGGAATTGGGTGCGGTTTTCAAAGTACTATGAGT
CATTGGATGACAAATTTCAGTAGTTTCATTTTGCAGTCTGCAAAAACAAA
GTCGATCTCAATTCCTCGGCAGAAGCTATAACGAAATAGTTGAAACAGGT
GACGTGTAGACGAGTCAAGTGTCAAGTGAAGACTGCTGTCTCCCTTTATT
GCCAACCCACAGCTGACGTAGCAGGATGGAACAGAAATGTACGTACAATT
TGGTCAAGCATGGGCAATCTTCTGTTTTAAATACCCTAGACGTACAGTTC
CAATCAACTTGATAAGTTGGAGGGCATTTAAGCCGTAGATTTGATGACGG
GAACCGCACAAAATTGATCTATCGCATTGATTTCAACAGATACAATCCCA
ACTTAACAGATGAGAACATCTTCATTGTTTGTCAAGAGCAACAATCCACA
GGATCTGATGGAACTGTGACTGCCATTAAGGATAACATTAGAATAGGCAA
TGTCAAATATGCCCCCACCATCGAGGACAAGAAAAACCATTACCGAATTC
AAGCCAATCCCCTTCCTGGGCTGGAGGATATTTCCCTATGGAAGTGCAAT
GATCCTGACTGCCAGAGGTTGGTGCCAGCCAAATATCATTCCATTGACAA
AAAATACGGCAATCTTTGTAATATGTTTCCAGCCCTGGCCAAGTTGAAGA
GCGATGCAAGATGGAATTTGTGCCAGTAAGCAGCTCTAACTTGAACCTAT
GGTTGAGCTGTGTGGACTCTTCCAGCTATGAGAAGGAATCGAGGAATCTT
CTGCTTAGGGTTGAAAATCCCCATGGACTTCACACCAAAGTCATCCCATT
TTTGGATGCTGGCAACGCCTCCTTATTCCAGACAAGCCATGCTTCGACAC
TTATTATTAGTATTCTAATCGCAATGGCCGTGATTGTTGGTGTGGTGGTT
GCGATCATGTAAGACCTATTAAGAGTTTCGTCGTACGATTTAAGCGCGGA
AACATGTGAATTCCTTTTTCAACCAGAATGGTGAACAAGAGATGTTCCAA
GTCAGCCGGATCAAATGCTCAAGGTTCCTTTTACAGTCAAGGTGAGAATA
TGCTTGAGCTATAGACGTTTAAATTTCGTGCTACTTCATTTATCTTATTA
TACTATTTAGTATCAGAGCCAGTAGCAGAGTGGTCAGAGGATGGATCCAT
GCACTATTACGAATCCATCAATCCTTTGGGTAATCACAATGGCCACCCCT
GATGTGACCTTCTCTTAAAACATGTTTTTTCTAACAACAGGCCTCAAATC
CCCTTTCGAAAACCTTCTAAATACCCATCCAAGTCAGTGGACCCAGGTAT
GTGCATTATTTTACCTTGAATAATGTGCTAGGCTTTTAAAAATGCAACAG
ATTCTAAATTGCAAATTAAAACTATTTTGGATTGCCAAGGTGCCGGAATA
CGAATTTACGTATTAACCCTTACATTTTGGGACACAATCACAAGCAAAGA
CTTCACACATGATAATAAGCAAGTTTGCACACAAAGAAACACTTAAACAT
GTTTTAGCAGAGTTCATGTTTTATTTACTTTCTTGACACCAAACGGGTCA
GAAACACGGTATGAGTATCTTGCGTTCTTCACCACGATTTTCATTTCAAT
TTTTAGAACTCAAATTACGGACCAATCTCCTCAACCTCATGAGTTCGGGT
GGATACATTTGTTCGACCGGTGGATCTTCTGGGTCCAATTTCTTATTCCA
TGCTTTGGCCCAGATGCGGAAAATTGGTAAAAAGAGGCCAAGTGAAGAAA
TCGTAAAATGTAAAGAATAATATTTTTTCCGGCAAAATTCCAACTTTTCA
ACCGCAAAAAGACGGCACAAATAGCCAAACTGAACAGATTTTTCTCCCCA
CACACGTGTTTTTGAGGAAAAAATTCTTGGCTGTTTACTCCCGAGACAGA
TTGAAATAATGGAAAGAAATATGGCAACTTTTTACTTAAAACTTTAAAAC
AAAACCCCCCAAAAAACGTAAATGAAAGACCAAACACGTGAAAATAACGA
CGAATTTGGCACAAAATATATTTTGATAAAAGTAACTAAAAAATGGTAAA
AGTGTTAATCCTAATTCATTTAAAAAATCACAGAAAGTAAAAGTGGTGAA
CCATTTCGCTTAGATCTTGTGTTCACCAATAAAGGTGACCAACCTTGACC
TTGTATAACTGGAAACTGATGGAAAAAATCCCTTCCATTATAAATGATGT
TGATGAGTGCTAATCGAACAATTTTATTGCATCCTGGGACAAATTGAATC
TCAGCTTTTGTTTGAACGTCCTATTGAAGTCCCCGATACATCCATACTAG
TGCCAATAAACTACAACAAAAACATACAA back to top
Synonyms
The feature 'vascular cell adhesion protein 1' has the following synonyms
|
