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Homology
The following BLAST results are available for this feature:
Alignments
The following features are aligned
Analyses
This mRNA is derived from or has results from the following analyses
Properties
| Property Name | Value |
|---|
| Hectar predicted targeting category | signal anchor |
| Exons | 4 |
| Model size | 493 |
| Cds size | 492 |
| Stop | 0 |
| Start | 1 |
Relationships
The following polypeptide feature(s) derives from this mRNA:
The following CDS feature(s) are a part of this mRNA:
Sequences
The following sequences are available for this feature:
protein sequence of mRNA_S-dermatodea_contig816.16357.1 >prot_S-dermatodea_contig816.16357.1 ID=prot_S-dermatodea_contig816.16357.1|Name=mRNA_S-dermatodea_contig816.16357.1|organism=Saccorhiza dermatodea SderLu1190fm monoicous|type=polypeptide|length=164bp
MGSRLPEVLPGLRLVAPDDCRTTVSAEEVEEEEYDGGGSAGGLSEGWTIG
VSVLAALVVLAVQLYLFCRWRRAKRQDPMKGPVNNFNVTYSHDIENAVTR
GPSDNAFGVGTTGRSLKGEVEIVHKHSDISEPFREEKLDSFRAGRAQRDV
EGLNPSGSPIAARG back to topmRNA from alignment at S-dermatodea_contig816:16067..23319- Legend: polypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below. >mRNA_S-dermatodea_contig816.16357.1 ID=mRNA_S-dermatodea_contig816.16357.1|Name=mRNA_S-dermatodea_contig816.16357.1|organism=Saccorhiza dermatodea SderLu1190fm monoicous|type=mRNA|length=7253bp|location=Sequence derived from alignment at S-dermatodea_contig816:16067..23319- (Saccorhiza dermatodea SderLu1190fm monoicous)
ATGGGCAGTAGGTTGCCGGAGGTTCTCCCGGGGCTGCGTTTGGTCGCCCC
TGACGACTGTCGTACCACCGTCTCGGCCGAAGAGGTCGAAGAAGAGGAGT
ACGACGGTGGAGGAAGCGCGGGGGGTCTGAGCGAGGTAAGATTTGGAGGG
CCCTGGGGGGGGTACGTTTTTGTGTCGTTTCGTTTAATTTCGGTGGGATA
TGGGGGGCAGGGATGTCGTACTCACGTGCTCGCGCGCGTGTGTGCGCATG
TCGGTGCGGTGGTCTAAAAGTTTTTTTTTTGTGCGCGGACGCTGAGTTGT
GCGCCTCCCTGCCAGCGCCCTTCTTTCTCCTACCGTGACGATTTCATGTG
AGATGTACGTTTGTTTTTCCAGTCGGACGGAGGCCTGCTGAATCTTGAGG
ATAGACAAAACTTCGATCGGCCACGTTGTAGGATTCACTGCCCCGTCCGA
GTGACTTGAGTAAGTCCGCCTCGACCCTAAATGAGGAGTATGTTAGTTCA
GGTGTTGTCAACGTTTCAAGTTTTTCTTCCATGTCCTTGGCTTGGCAGCG
GGGAGGGGGGGGGGGGAGTCGACTATTACTAATGCGAGTACGATGAGCTC
TTTTCTAGTGCGGGGATATTCCACTACGTTTCTATATTATTTACATGGCC
GCACACGGGCGTATAGCTTAGTATTTGTAGCACTCTGCGACCGAAAGATG
TTAGGTGAAAGAATGTTGTCAAGAAAAAATCATGTGCTCAATACTGTATC
ACCATTATTCATGGAGTCACGACAAATTTCCTTGGCTCACAGAAGCACAC
CATTTCAGAGTTTCACACCACAATAACGCCCAGAACACATTTCCACAATG
ATCTGGTGCTCACTTCTATGGTCTGAAACTGTTATAAGTAGATGCTCGTG
CTCACGCCTATGGCATGAAGTTATAGTAGACGCTGGTGCGTGCGTTTATC
GTCTGAAACTAGAGTACGTGCTGGTGCACACTTCTATGGTCTTAGAGGCT
GGTGCTTGCTAGTCCCGCTGGATTTAGTAGACTGCCTTACTTGGGAGTCG
ATTTTGCGTATGCGAAGTACTCCGCAGCAAAGACATGAATAGGATTCCAC
GCCTCACACCGGGTATGGTGTACGCGTGCCATTTTTCTAAACCCACAACT
TAATTCTCCATGGGGGCATAGAGTGCAGTCATTTAAACAAATATCTTCCC
CCTGGAATCACTCCAAGGCAACGCCTGAGACCGCAGCCTTTCTATCGGAT
CACATTTGGCACGTCCCATTTATTTCGCGTACAATCCCTGCATATGTCAT
GACCCTCGAGGAAAAAGCGGGACGGGCGCAGGGCGAAACAATCAATTGTC
GTTGGCCTTACCTTGCTCTCCATTGGGGCGATGTGGCGTCAGCCGCGAAA
AGCTTGTGTGATATGCTATTTTTATATTTTCCGAGATTCAAGAATCGTCC
TCCTCTCTGTTTGGTTGTCATACCCTTCTGTCGGTTGGGATGAGGTAAAA
GAGCCCGACATTGTTTTGGGCGGGGTTTAGAAGTTCAGCGAGAGAAGTGG
TCACTCTCCAACCGTCGACGCCACTGTCATCAATGTTGCTTTTTCTTTTT
AGCAGGCCCAAGATCCGAGGTATGCCCCCTCTGTTTCCGAGAGTTAGCTT
ATGTCAATTCCTTCTTTGTATGTTCTATATATGTAATCCCGTAGTTTTTT
TTTTCCATCTCTCGATTTCTCATCTGACCACGAGCGGGATCGGCAACCTT
TGGTGGGCCGGTCGTTTATATGTGTGATAATTAAAAATGAATCACTCAAT
GTTGTTTTTACTGTTGTGGTTGGTGTGGTTGTTATTCTTGTTTTTGTCCT
CACTTTAACTGCAGTCATAACCCAACAACGATAAATGCAGTCGAATGGAC
GTATACATCGTGTATAACCGGGAACAGTCCCCGAAAGCAAAAATGAACAC
AACGTGACAAAAAATCCACTCTAGAGAGGAAGGGCAGCGAAAAAATAAAC
TTCGAAGTATATAAAGTATGGGAGCCACGATATAATGAAATTGTGCGCAT
GTAAGACTGAACACTACAGCATTCTATCACATGTGCCTATGATAAAATAG
GCGAACCTCGTCGGTTAGGCTTGTGCTTGTAGTCCACACTCTCCGTATTT
AATGGTCTTCTGACAGCTCTTCTTAGAGAGAGGATAGCGCTCGTAGGCGC
GAGCCCTTCTGCAACGGGTCTCAACCATATATATACAGGCGAGGCACAAA
TTGTGGAACTCCTATACTACATACTCTGTATCCTACGAATATCGCAACCT
CGACGTTTTCTGTAGATCGATACCGTAATAACACCAGCACATCAACGGGA
GTCCGCGGCGCGCTAGAAGCACGTACCGTAGCAACACGCGCGGGCGATTG
GCGCGGGGTTGGATGGGCTAAGGCAGTTGCGCTCGCCACACAGCTGTTGT
TTTAGTGGATCGATTAATACTTGAATGCTTTTTATAGGAGCTTGCTCAAG
TTTTCTCAGCCGCAGGACACCTACCTTGGAATGCTTGGGAGAGAGTGCGA
GTTGATGCCCAGAAGATAGGAACAGCGTTTTCGTGCCATCTTTAAAGGTA
GCAAGGAACGCATTAGCCGTCGGAGATAGATCGATCCCGTTGGAAGAATG
CTCCACCTCCCCGAGGACGCGTAGTCAATGGCCCAACAGCTTATCACAGG
CGTGCAAAAATTGAGTACGCCCCTCCCCCCCCCTCCCCGAACCGTTTTGC
CATTCCTTGCTTTCTCCACCGTCGGCTGTTGTTTGGCATGTGCGAAGGGA
TGGACAATCGGGGTGTCCGTGTTAGCAGCATTGGTTGTCTTGGCAGTTCA
GCTGTACCTCTTCTGTCGGTGGCGCCGTGCAAAGCGCCAAGACCCCATGA
AGGGTCCCGTCAACAACTTCAACGTCACTTGTGAGTGAGCGCCGAGAACC
AAAAACAAAAACCTAGAAAAGTTCGTTGTCGCGGCCGATTGGGTGTGTTT
TCATTTTTCATTCCCGATGAGATCCCCACCACTTATGGCTGTCGAATAAT
GTTGATTTTAGCGAGCTTTGCTGCAGCGTTTAGGGTATATATGATAGGGT
TTTTGTTACATTTAACACGCCGTTTCCTCTGTATCACACCCGCAGCGCGT
TGTTCTCTTGCTGTCCCATCGTGCCACGCTCCCCACCTAAGCTACATACG
TAGCGCTAATCGGGCACGCTTCTGTCTTTTCCTCCGGCTTTTTCTTTTCC
TCCGGTTAAAACTAATCGGCGAAGAAGAAGAAGCAACACTCGTACTTTTG
TAGCCCGATATTTTTAGCTGTACATAGCCGACGGTGGCCGCGTCTTGTGC
ACCACGTCTCTCGTGTATGTGTGTCGTTGCTGCTGCCGCTGGTGGTGGTG
TGAGATTTAGGACCGTTGGTCCCCCTGTCGAAGACGGGGAAAAAAACCCA
TCTGAACCACAAGGAGCCGGATCGGCAACCATTGGCAGGCCGGTCGGTGG
TAAACCCGATAGGAAGTTCATTTCGACAACAATATGATTTCATTCAATTT
CGTCGTGTTCACCCTGTGCCCCCCGCCCGCCCCCCCTTCCCTACCCACAT
CACTCAAGACTCGCATGACATCGAAAACGCCGTCACCCGCGGCCCCAGCG
ACAACGCGTTCGGCGTAGGGACTACCGGGAGATCGCTGAAAGGGGGTAAG
CCTACCGCCCTACAACGGACAGTATTTGGTAGTCGTTTCTGCCCCGCTAT
GACAGGTCGTGCTCCGCGCGTATCGTAGCGTAGTGACCGAGAGCTGCGCT
GTGGATACGACCACCAGCCGTTTTTGCTATATTGTAGGGGTGACTGGACG
CCATCATCGGTCGAGGATCAGGATTGAACCCTTTAGCGCAACAGCGATAA
CGTCGGACAATTGTTTGAAACTTCTGGGTGGACCAATCCGACCTCTACAG
GATGTGCTGTCTGACGTGGTGGTTATAATCACACAGAAGTGTAACTGCTT
GGGTTAAAAATACAGGAGAGGTGCGCACTGAATAATTGCCCGCACCAAAC
CGCATCGCCGTCAGGCATACTGTCAAATCCCACGGAAGAGCCAAGGAATA
GCAAGTGAAAGCACAGAAACGTCGAACAACCCTTTAAAGGCAAGATACCA
ACAGTACGTCAATTTACAGGTCGGCAACCACCGCCGTTCCTGCTGCCGCT
CGCTCGGGAAGGCCTACGAGCGACTAACCTCTCTTGCATCTGCGCATGTC
TGATTCGAGCCTGCGCAGGCGGTCGGATCGCCCCGCTTCGCCAACGGCGT
CCATGCCCGTCGTGGGAACAACGCCGTCTATGTCGAGGACAAATAGCGCT
TCTTTTACACCTTTGCCCGAATCGCCCTGACAACCTCGCACCGCCGCAAA
CCTGCCCTTTTATGCTCCCCCCACGTCACTGCCAACATCGGCGGGCACCT
CCTCCTCTCGGTTTCCGCCGGCGCACGTGGACAACGTTTTTGCCCGCGTT
TTGGCTGCCTCCACGAGCGGTATGCTTGGTGTGAGAATCGACGACAGGAC
CGAGCCGTCATCCGCAGAGCTGTCGAGGTTGCTCAGGAACACAGCCGTTT
TTTGTCGATGAATTTGCAAGCTTGTCTAGGTGGTTGTATTCGTCGATGTG
GCAACGATCAATTTCTCCACCGTGCTCTTGCGACACCGAGTATTTTCCGA
AGCTGTGTGTCCGTTGGTCTAGCGCCGATGAGAATTCCAGTAGTAGAACC
AATGATGTCCATGTCGCAATACAGGAGAATCACTTTGTCATCGTACCCGT
GCGCAGCGCATTAGCACCTGTGACGAGCCAGGTATGCCGCCCACGTTCAA
GGGCGCGAGCGCAATCACGAGACCGCTCATCGGGGCAGAGCTTGCAACAG
CTACCTTGACGAAACTCGTGCCGTCCAGCTTCCCCACAAAACGTACCAAC
CAAAGACCGTGAGCCAACGCCGCAGACGTCATTTGACCCCTCCTCAGGGT
CTTCCGGCACTCGCTGCACACATGCGCTCGAGAGAATCCGTTTTGAAGCC
GTTCCTCGAAATACCGAGAATCCAAGACGTTGTCGGTACCGGATAGTTGA
CCGTGTCTTGATGGTGTGTGCCCGCGACACAAAGATACCGTGTGCTTGAA
GGAAACGTCTGCTCAGAAGTTCCCTCGCGGTCAGCAACCGAAAAATACTT
GTTGTTGGCGCAGTCGCGCGGTCACAGACCGTACACAAATCGCTGCGACC
GCAGCAGATAATAGCGGGGACACAGCCGTGCGACACAACCTGTCATATTT
GCTATGATCAAACATTCACTTGCCAATGGCGGATGCCTAAACTATGTAGG
TTTTGCACAATATTATTAATCGTAACGTGCACCCTGCGGGCAAGGAAGAC
ACAAGGGGGACAGCGGTCAAAGACGACGCAGGCTATAGGCTTTATTTGCC
CTGGCGCGCCGTGGTCGTTGCGGTGGCGTAATCGTCGATACACATGTATA
ATTGAGCATGGTGGAGCACACTGTCTAACAGACCCGCACGATCAAGACCG
TTTTTTCTGCCGTCGGTGTCGTCAAACGCCAGCACGAGCCGCTGGCCTCC
AGCGGGTTGCCGTCACGGCTCCGCAAGGAGCAGGCAGTAAGCGACACCGT
GTGACCAAACGGCAGCAGTCGGTTGTATGCGTGATATTCAATAAAATAAA
GTCATATCAACTCACTCAACCGTCTCTGCATGAAATTCTGTCTACATAGA
AGGCAACGAGTTTCCACCAAGGGTCCACGGCGACAGTAGCAGTAAACATC
GAAGCAGCTGTGAACACGATGATATCCAACAGTGGATATGGGCCGAGTTT
CGCGGCTAAATGCACTTCCTGTCGGCAGCGCACGGAGGTTCCTTGCGAGT
GGTCAGCTGCTCTCCGCCGCCACGTTTAACTGCAGCCGCGCGGTGGGCTA
ATTCTAATGTGTGCGCTTCTTTGCGCTCGCGACCGCCTTGACGCTAAGAA
GTCCCTCGCTCCGACTACTTGTGAGGTTGAGTGAAGTTTGTCGGGACGCC
CGCAAAGAAAACGAATCATAAGGTCCATGGCGAGCGCTCGTGCTCGCTCC
ATCAGACGAGGACCGGTCCTTTCGCCCAGGGCATAATAGCTAGACGTTCA
TGATGGCAACAATCACCTCGAAAACGCAATGAAATTTGTCGGGATGACCG
CCCAATGTCGGCACAGAACACACGAACGCTCGCGTCAAACCGACATATAA
CATAAACAATTATCTCGTTTCAGCAAATCCCTTCGCGCCATCTTCCTTCT
CACGGGCATGATTGCCCAGTGTTTCTGTGGTTACAGCGGCAACGAGAGGC
GCTTGCCTGATGGGTTGGGGTTAGGATTATAAATTGGATGGTTGGATCGA
CGCGCGGGGCCGCACAGTAGACTTGAAAACTTGGCTATCTACCTTGGAGT
GCCTCCGCAATTGATGCGTATCGTACTAAACAAGTACCAGTGGTACTCTT
TAACGAGCCGATGATTTCATACCCGCCCCGCAGAGGATCCCTGTACAGAC
AGGTGGCTCGATCGGATGACAAACCCAACAACACAAGCACTGATCGTGCC
GGGAGCTTACGAGACATAGGCCACGTTCAGCGTTGGGAGGGAACTGGTTG
GGTCTCGTCCCAACTTTCACTGCTTGCAACCAAACGCGACAAACGCGACA
CCACGCCGCAAGACAAATTCTCCCGCTTCCAGTTTATCCGCAGCCTCCCC
CCCCCCCCAATTTCCTCCGTCATGTACCGTACGACACAACCACGAGGGCC
ACAAGGGAGGAATTTATGCGGACAGGTCAACGAGCAAACATGTTCGAGGA
GACGAATCTAATGCCGTCACGGTCTTATCAAACGAATGGCATGTTCAGCG
TTCGCTAGGTTGTCGTCGGATACACGGTTCATTAGGCCGCGACACACATC
CATGAATGAATGCGACATAGTCCATATCTACACGACACATATATTACAGC
AGCAGAGAGTGGCTCTCGCCGCTAAAGTAGGTGGCAATAACAACAGGCGA
TCGAGGGCGCGACACCGTTCCTGACGCCCGAAACAACCCTGCTTTGTGCC
GTGCGATTTTTCGCAGAGGTTGAGATCGTGCACAAACACAGCGATATATC
CGAACCCTTTCGAGAGGAGAAGCTCGACTCCTTCCGAGCCGGGCGCGCGC
AGCGCGACGTAGAAGGCCTCAACCCAAGCGGGAGTCCGATCGCCGCGAGA
GGT back to topCoding sequence (CDS) from alignment at S-dermatodea_contig816:16067..23319- >mRNA_S-dermatodea_contig816.16357.1 ID=mRNA_S-dermatodea_contig816.16357.1|Name=mRNA_S-dermatodea_contig816.16357.1|organism=Saccorhiza dermatodea SderLu1190fm monoicous|type=CDS|length=984bp|location=Sequence derived from alignment at S-dermatodea_contig816:16067..23319- (Saccorhiza dermatodea SderLu1190fm monoicous)
ATGGGCAGTAGGTTGCCGGAGGTTCTCCCGGGGCTGCGTTTGGTCGCCCC
TGACGACTGTCGTACCACCGTCTCGGCCGAAGAGGTCGAAGAAGAGGAGT
ACGACGGTGGAGGAAGCGCGGGGGGTCTGAGCGAGATGGGCAGTAGGTTG
CCGGAGGTTCTCCCGGGGCTGCGTTTGGTCGCCCCTGACGACTGTCGTAC
CACCGTCTCGGCCGAAGAGGTCGAAGAAGAGGAGTACGACGGTGGAGGAA
GCGCGGGGGGTCTGAGCGAGGGATGGACAATCGGGGTGTCCGTGTTAGCA
GCATTGGTTGTCTTGGCAGTTCAGCTGTACCTCTTCTGTCGGTGGCGCCG
TGCAAAGCGCCAAGACCCCATGAAGGGTCCCGTCAACAACTTCAACGTCA
CTTGGATGGACAATCGGGGTGTCCGTGTTAGCAGCATTGGTTGTCTTGGC
AGTTCAGCTGTACCTCTTCTGTCGGTGGCGCCGTGCAAAGCGCCAAGACC
CCATGAAGGGTCCCGTCAACAACTTCAACGTCACTTACTCGCATGACATC
GAAAACGCCGTCACCCGCGGCCCCAGCGACAACGCGTTCGGCGTAGGGAC
TACCGGGAGATCGCTGAAAGGGGACTCGCATGACATCGAAAACGCCGTCA
CCCGCGGCCCCAGCGACAACGCGTTCGGCGTAGGGACTACCGGGAGATCG
CTGAAAGGGGAGGTTGAGATCGTGCACAAACACAGCGATATATCCGAACC
CTTTCGAGAGGAGAAGCTCGACTCCTTCCGAGCCGGGCGCGCGCAGCGCG
ACGTAGAAGGCCTCAACCCAAGCGGGAGTCCGATCGCCGCGAGAGGTAGG
TTGAGATCGTGCACAAACACAGCGATATATCCGAACCCTTTCGAGAGGAG
AAGCTCGACTCCTTCCGAGCCGGGCGCGCGCAGCGCGACGTAGAAGGCCT
CAACCCAAGCGGGAGTCCGATCGCCGCGAGAGGT back to top
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