XM_017402318.1
Gbkey
mRNA
Gene
LOC108227260
Model_evidence
Supporting evidence includes similarity to: 3 Proteins, and 100% coverage of the annotated genomic feature by RNAseq alignments, including 25 samples with support for all annotated introns
Name
XM_017402318.1
Organism
Product
protein SHOOT GRAVITROPISM 6
Transcript_id
XM_017402318.1
Type
mRNA
Unique Name
XM_017402318.1
Sequence Residues
GACATCTGGCACAGACTGTACAACTGTACATAGCTGTTGCTGCTACATAC
CTTTTTAATCCCATAGTTGATGATTCTCACCTTTCTTCATCTCCCATGGC
TTCTTCTTCGTCCTCTTCTAATTCCGGAGATCCTCTTCCCGCGCAAGAAG
CAGTTCAAGCGCTCGTTGCCTCCTTAGCAGATGACTCATCTTTGGTTCGA
GAAGCATCCATGGCCTCTCTCGACGAAATTGCTCCTTTAAATCCACTTCT
GGTTCTAGATTGTTGTTCTACTGTTTCTCGCGGTGGACGAAGGCGGTTTC
GGAATATATCTGGTGTATATCAAGTTATGTCATTCGCTATTCGTGCTCTT
AACAAAGATGATGTAGATCCTTCTTATATGACCAGGATTGCGAAACTCGT
TACTTCTGAGCTGATTTCATCTAAGGAATTGAATGCTGATTGGCAAAGAG
CTGCAGCAGGTGTACTTGTTTCGATAGGTTCACATTGTCCAGATCTAATG
ATGGAAGAGACATTTCTTCATCTTTCAGGGACAAACTCAGCTCTCCCCGC
TATGGTTCAAATACTTGCAGAGTTTGCTGCAGTCGATGCTGTGCAGTTTA
CACCTCGGCTGAAAGCAGTACTCTCCAGAGTTCTGCCTATTCTTGGAAAT
GTGAGAGAGATCCACCGGGCAATTTTTGCAAATGCATTCAAGTGTTGGTG
TCAAGCCTGTTGGCAATATAGTGTGGATTTTTCATTATCATTGATTCTTG
ATGGTGATGTCATGTCCTATATAAATTCGGCCTTTGAGCTACTATTGAGG
GTTTGGGCTACTTCATGGGACCTCAAGGTTCGAACATCGACGGTCGAAGC
ATTAGGTCAGATGGTTGGTCTTGTAGCACGACTACAACTAAAAGCAGCTT
TGCCTAGACTTGTGCCTACCATATTAGAACTGTATGGGAAAGATCAGGAA
GTTTCTTTTTTAGCAACTTGCAGTCTATATAATCTCTTGAATGCCTCTTT
ACTCTCGGAAAGTGGTCCTTTGCTTGAGTTTGAGGATGTCAAAGTTATTC
TATCATCACTTCTTCCAGTGATTTGCTCGTACAATGACAACAATGATCGT
TCAGATTTTTCAATGGGATTAAAGACTTATAACAAAGTTCAGCATTGCTT
TTTGACCGTCGGCATGGTTTATTCCGAGGAATTGTTTTTGTTCCTTCTTA
ATAAATGCAGGTTAAAGGAACAACACTTGACTTTTGGTGCTCTTTGTGTT
TTGAAGCATCTGCTGCCCAGGTTGGCTGAAGCTTGGCACAGTAAAATACT
GTTATTAGTTGAAGCAATGAAGCTGTTGCTAGATGAGCAAAGTTTAGGGG
TTCGGAAGGCACTTTCAGAATTAATAATGGTCATGGCTTCACACTGCTAC
CTAGTGGGTTCCTCGGGGGAGTTGTTTGTTGAATATCTTGTACGGAATTG
TGCAATGTCAGACAAAGAGAGAGATAACCTTGAGAGCTTTAAGGAATACT
CTAGGTCAGGCAGCAGTTATTACTCTTTCCAGTACAAAAGATTAGAGCTA
AAGATTGGTGTTTGTCCATCGGAGTTACGGGCAATATCTGAAAAAGGTCT
TCTTCTAATTACAATTACAATTCCTGAAATGGAGCATATTCTGTGGCCTT
TTCTGTTGAAAATGATTATACCACGGGATTATAGTGGTGGCGTTGCCACG
GTCTGCAGATGCATCTCAGAATTATGCAGGCGTAGATCTTTTCCCAGTGA
TTCCATGCTCTCTGAGTGTCAAGCTCGTAGTGATATCCCTCAACCCGAGG
AACTTTTTGCTCGCCTGCTGGTGCTTTTGCATGATCCTCTAGCAAGGGAA
CAGTTAGCAACTCAGATTTTGACCGCATTATGTTACTTGGCACCTCTTTT
CCCGAAGAACATGTACTTGTTTTTGCAAGATGAGATTCCAAAAATGAAAG
CGTATGTCAGTGACACTGAAGACCTAAAGCAAGATCCTTCATATCAAGAG
ACCTGGGATGACATGATAGTACATTTTCTCGCAGAATCTTTGGACGTGGT
CCAAGATAATAATTGGATTATTTCACTGGGAAATGCTTTTGCTGAACAAT
ATGAGCTTTATACATTTGATGATGATCACTCTGCTCTTCTTCACCGATGT
TTTGGCATGCTGCTCCAAAAAGTTGACAGTAGAAGCTATGTTCGTGAAAA
GATTGACTGGATGTATAAACAAGCTGATATTGCATGTCCAACTAATAGGC
TTGGTTTGGCAAAAGCAGTTGGATTGGTTGCCGCATCTCACTTGGACACG
GTTTTGGAAAAACTAAAATCCATTCTTGATAATGTCGGGCAGAGCTTCGT
TCAAAGGTTTTTATCTTTCTTCTCTGAAAGAGCTAAACACATGGATGATT
CGGATGATATTCATGCTGCTTTGGCTCTGATGTATGGATATGCTGCAAGA
TATGCTCCATCAACAGTTATTGAAGCAAGAATAGATGCACTTGTGGGGAC
AAATATGCTTTCCCGGCTTCTTCATGTACAAAACCCTAAAGCAAAGCAGG
CAGTTATTACTGCTATTGATTTGTTAGGCCGTGCTGTCATTAATGCCGCT
GGAAATGGTATATCATTCCCTTTGAAAAAAAGAGATCTATTGCTAGACTA
CATAGTTACACTCATGGGTCTGGATGATGACAATGATATATATGATTCTA
GTATTGAACTTTTGCATACTCAGGCCCTTGCTCTAAGTGCTTGCACAACT
CTTGTCTCTGTGGAGCCAAAGTTGACAACTGAAACAAGGAACCTTGTTAT
GAAGGCAACCTTGGGATTGTTTGCATTGCCAAATGAACCCTCTGATGTTG
TAAACCCGCTTATCGACAATCTTATAACTCTACTATGCGCAATTCTTGTG
ACAAGTGGAGAAGATGGAAGGAGTCGGGCAGAGCAGTTATTGTATCTCTT
GGGACAGATTGATCAATATGTTTCATCACCTGTAGATTATCAAAGAAGAC
GAGGTTGTCTTGCTGCTTATGAGATGCTGCTCAAGTTTCGAACACTGTGT
GTCACTGGATACTGTCCAGTTGGCTGTGCTGGAAGCTGTACCCACATCAA
ACAAGTGAACCGTTCTCTTCAACGCAATTCCAATTTGCCTTCTGCATTTA
CTTTGCCAAGTCGAGATGCCTTGGGTTTGGGAAATAGGATAGTTTCTTAT
TTGCCACGGTGTGCTGATACTAATTCCGAAGTCCGAAAGATTTCTGCTCA
GATTATTGGTCAACTATTCAGTATATCTCTGTCTTTACCAAGACCTGTAC
CTCATACTTCTGTGACAAATTCTGAAATGTCCTATGGTGCTTTGTCCTCC
CTTGAGGATGTTATAGCTATACTGAGAAGTGATGCTTCTATTGATCCATC
GGAAGTATTCAACAGGGTTGTGTCCTCGGTTTGTACATTACTTACTACGG
ATGAGCTTGTAGCTACACTGAGTAACTGCTCCGCAGCTATATCTGACAAG
ATAAAGCAGTCAGCAGAAGGCGCTATCCAAGCTGTTGTGGAGTTTGTCAC
AAAGAGAGGAAATGATTTAAACGAGTCTGCGATTTCAAGGACAACCCAAT
CTTTGCTCACGGCCACGGTTCATGTTACTGAGAAGTATTTACGCCAGGAA
ATTCTGGGCGCTATATCAAACCTAGCTGAGACCACCAGTTCGAGAATTGT
GTTCAGTGAAGTATTAGCTTCTGCAGGAAGAGATATAGTTACAAAGGATA
TTTCCAGGTTACGAGGTGGCTGGCCAATGCAGGATGCTTTTTACGCATTT
TCCCAGCATACAGTGCTTTCAAATCTGTTCTTGGAACATGTGCTATCTGT
CCTTAACAAGACCTCTGCCCCTAAAAATGATTTTGCTAAAGGTGAAGGCT
CCAGCCAACTTGTTGATTACATGGAAGATGATATCCTGCATGCTGCCGTT
TTTGCTCTGACTTCTTTTTTTAGAGGTGGTGGTAGAATTGGGAAGAAATC
TGTTGAGCAAAAATATGCTTCTGTTCTTGCAACACTTACTCTTCATTTGG
GAAGTTGTCATGGGTTAGCAAGTTCTGGTCAGCAGGAACCACTACGTGCA
CTTCTAGCTGCCTTTCAGGGGTTCTGTGATTGTGTTGGAGATCTCGAAAT
GGGAAAGATATTGGCACGAGATGGTGAACAGACTGAGAATGAGAAGTGGA
TCAGTCTTATAGGAGATTTGGCTGGTTGTGTTTCCATAAAAAGACCCAAA
GAGATTCCAGGAATATCTCTGATTTTGAGTAAGTACCTAAACCGAACCCT
TAATGTTCAGAGGGAGGCTGCAGCTGCAGCTTTATCGGAGTTCGCTCGGT
ATAGTGAAGGTTTGAGTTCTTTGTTGGAGGAGATAGTTGAAGCATTATGC
CGACATGTGTCAGATGACTCTCCCACTGTTAGGCGCCTTTGTCTTAAAGG
ATTAGTGCAGATGTCGTCCATCCATGTCAATCAGTACACAACTCAGGTTC
TTGGTGTAATTTTAGCTTTACTCGATGACTCGAATGAATCTGTTCAGTTA
ACTGCAGTGTCATGCTTGCTGATGGTTCTTGAGTCTTCACCCAATGATGC
TGTAGAACCAATTTTGCTTAGCCTTTCGGTTCGACTTCGCAATCTTCAAG
TGTGCATGAACATGAAAATAAGAGCCCATGCATTTGCAGCCTTTGGAACA
CTTAGCAAATATGGGATTGGGGAATTACGCGATCCTTTCATTGAGCAGGT
GCATGCGGTCTTTCCACGCTTGGTCCTACATATCCACGATGAAGATCGCA
GTGTTCGACAGGCTTGCCAGAATACGCTTAAGAGAGTCGCTGATCTAGTT
GGGATGGAGGAAATGACTGTTTTATTTAGCACGCATCGTATCAGCTCTGA
CCACCGAACTGATTACGAAGATTTTCTTAGAGATATTGCAAAACAGATAA
CTCAGAATCTAGCTTCCAGAAGCAGTACATACATGGCTTCAATTGTCCAG
GCTTTTGATGCTCCTTGGCCTGTTATTCAAGCAAATGCCATTTACTTGTC
AAGTAGCATGCTTGCTCTCTCAGATGATCACCACATCTCTGCCCTCTATA
GTAGTCAGGTTTTCAGTGTGTTGGTGGGCCAAACAAGTCAGTCTGCACAT
GAAATTGTAAGAGCGACCTGTACTTCAGCCATTGGTTTGTTACTAAAGGC
TTCTAATCCATCCTCATGGAGAAATGCTAGGCTCGATCAGTTGGAATCGT
CTCGAAACAGCCACGAATCGGATTCTTCCAGAATGTAACCATGTACATGT
AAGTACCATACACATTGGAGTGCTGAGTGAAATTTTTCTACTATCGGCAT
CCCATTCGGCTTTCTTTTGGAAGATGTGAGGCAATGTATCGCTAGGTTGT
TTTAATATGTGCAGTTGCTGCTTATGATGCTCTGTATCTCTGTTTCGATA
TAGCAGAGTTGCAGATAGTGAAGCTTTGTATATGTTTACAATTATGTACA
GGCTGTACAGCTTTGGCGCATAGGGTCAATAGTGTAGAGTTGCCAGGTGT
ATCTTAGCCCTTTAAGTTCTTCCAAAAATATGTTGTAGGAAGATAGGTTT
AACTTGTAAGTATTAAAAGGGGGCAAGGAAAGGGGGGAATTGCAAGCAAA
TGTTAAACATTTTGTCCCACTGAGAAACACTTGTAGTATGAACTGGTTCA
GGCTTACCGTGGGCCGCTTTTTGATGTCCTTGTAGTGTTTTGGGTTTGAT
TTTTCCAGAAAGTGGGTTGTGTACTTGTGTCAGTTTCTCTTTTACGGAAT
AAGCCTGTAATTTTTATGATGTCTCTATAATATTGTGTGAATCTTTGAGG
ATGGCA
Sequence Length
5856
Sequence MD5 Checksum
159537237bde33d724739761a69f1cd3
Relationship
- The XM_017402318.1 derives from mRNA XM_017402318.1
- The mRNA XM_017402318.1 is a part of Gene LOC108227260
- The XM_017402318.1.exon1 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon2 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon3 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon4 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon5 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon6 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon7 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon8 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon9 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon10 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon11 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon12 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon13 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon14 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon15 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon16 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon17 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon18 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon19 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon20 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon21 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon22 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon23 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon24 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon25 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon26 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon27 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon28 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon29 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon30 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon31 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon32 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon33 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon34 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon35 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon36 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon37 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon38 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon39 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon40 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon41 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon42 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon43 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon44 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon45 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon46 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon47 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon48 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon49 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon50 is a part of mRNA XM_017402318.1
- The XM_017402318.1.exon51 is a part of mRNA XM_017402318.1
- The XP_017257807.1 is a part of mRNA XM_017402318.1
Database Reference Annotations
- NCBI Gene:108227260
- NCBI Nuccore:XM_017402318.1
- GFF_source:Gnomon
Is Analysis
False
Is Obsolete
False
Time Accessioned
2020-07-16 11:25:10
Time Last Modified
2020-07-16 11:25:10