XLOC_038669 (gene) - C. hemisphaerica

Overview
NameXLOC_038669
Unique NameXLOC_038669
Typegene
OrganismClytia hemisphaerica (Jellyfish)

Sequence
The following sequences are available for this feature:

gene from alignment at scaffold_36:749135..759617-

Legend: gene
Hold the cursor over a type above to highlight its positions in the sequence below.
>XLOC_038669 ID=XLOC_038669|Name=XLOC_038669|organism=Clytia hemisphaerica|type=gene|length=10483bp|location=Sequence derived from alignment at scaffold_36:749135..759617- (Clytia hemisphaerica)
GAACATCAAATTAAAACATCCAAACATTAAAATGACACCAGTTCAATGTA
AGTTAAACATTACATTAGTAAGGAAGTCTGCCTGCGACCATAGTCGGACG
CGAACCGAAGGCTCCTCTGTCAATAGCTATCTACCTGAAGGCAGGGCGCC
ACTCTCTCTCCCTGGATTTCTCCACTTACCCTTGAGAAGGCTCTTAATTT
CTGAGCATCAAGCAGAGAGGCATCAAGTACCATTTTGGAATCTTTGATAA
GACCCGGCTGAGGGTTGAACCCACAACTTTGCGCACCGTAGCCAGATGCT
CTACCACTGCACTACGGTCAAAATTACATTAGCGAGGTTGAGCATCGACT
CATCCACTCATAAGTATTTGTTAAATTATTTCCTTCCTATTCCAGACCAA
GTGATATACTCAACTAAATTAGATAACCCACCAAAAGGATCTGGAGGAGC
ATCGCAACAAAAGGCTCCTTATTACGAGAGTATGCACGGTAAGTTGTTCA
TGTAAAAACTTTTAGAAAAAGGAAACACACGCTTCTTTTCATTGCCAAAA
CCTACGAACAAAATTAAGAACGATCTCAACCTCAGATTTAAGAGATGCTT
GAGAAAATGTTGGATTTTTAAGCTCCTAAAGGAATTAGGAAAAAAACATA
TTCACGAACAATGTAAGAAGCTAACCCTGAAAATCAAAACAAAAAACAAA
AGAAGAACAGCCGCTAGAAATGCAACAATTACAAATATATTTTGTTACTT
GTTTTTATACTTGCCTTACCCATATGATCTTCTCAAAGGGTCAAAATTAG
TTTGGGAATTAATCCCACTAAAAAGACATCAAACCTAGACAGCTCTACAT
CAAAAGTAAGAACGCAAGGAACAGTTTGAGACTCAAAGTGCACAAATAAC
AAGAACCGAGCCTAAAAAGAATGTAGTAGCTTTTATGGAAAAACATTGTA
GATCAAGCAGAATGTTTTCATTTTGTATATGGTAATAATATGGAAAATGT
TCTATGATCAGAGCTCTTAAGTAATGCCCAAATTAATACGGTATAATTTT
GCCCAAGTAATTATAGAATAAGGACAAAAGCTTTAAAAATCTCAAGGAAT
CGGTCTATAAAGTCTATATAGTCTGGAAAGCTTTTCCATTACTAAGAGCT
CTCGTACCTAAGGTCTCAACTTTCGCGCGACATGAGCGAAAACCTTTTGA
CGTTTTTGTAAGGTCATTGGTCGGTGGGAAAATGAAGCAATTCCATGGTA
GAAATTGACGCAACGGATGAAAAAAGTATAACTTCCTTCAACTTTTTTAT
TGTTCGCGCGAAACTTTTATATGACGTAATTTTTTCTTCAGGCAAAAAAG
GTTAAGAAAAAAATTGTCGCCCATTTCGCGCGAAAGTGGAGACTGGCCTT
TAAAGGTTTTGTTTTAAATAAGAGTGATATCGTTTGCTTACTCATCAATT
TTAATCCACAAGCTTTTTCGCATTGGATTGACACGGATGTGGAGCAAGAT
TGGTCAGAAAGATGAGACGAAATTTGCTTATAATCAGCATAATATAACAA
TAGGAAGACACTGTCCCGATATGAAATATGTGTCTGATATGAAACCGGAA
CACTTACGTAAAAACAAAACCTTTAAATGGATTTGTTTTGCTTAGTTTTT
TATCATGTGACTAGCAAATCGCAACTTGCCTTTTATTTACAAAGCTAAAA
CAATACATTACCAGACCGGGATTTTTAATGTTTATATACTCTAAGGTCCC
GAATAGACGTCCCCACCCGGTTATTAATTTTCGAATATTTTCCAACCCCC
CCCCCCCCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNTTTTTTTCCCCCCCCCCCCCCCCGTTCTTATTAGAATTAGTTCTTA
TTCCAGTTTTTTTGTTTTTGAGTTGAAGTGTAAATCAGGCTTTATCTATT
TCGAACGTTCGAATTTCGTTTTCGAATGTTTCTATTCGAATTTTTGAATG
TTGTTGAGAAAGTCGTTTGTAAACAACAGCTCGTGATCTTTATAACACAA
ATATTTTGTAAAAGGAAAGTTCTAAACTTCTAAATATTTTCAGGCCCCCG
GTTTATTCAGACCCTCCCGTTTATTATATTTTGCAAAAATTTCGGACCCC
CCCCTTAGTGAGAGCACCCCCCCTATTATTCGGGACCTTAGAGTATAGCT
TTTCTGCAAAAGTTTATAAGTGAGTTTCTAAACATCGACCAGAAATGGCG
ACCACGACCAGCGACTAGATAAAATTGGGTTATCGAGCTTAACTGCTCTC
TCCATAAGAATCTAAAGTCTATTCACGATAAGTGTGCACTCTTTTTTCAT
TTACCACACCCCTGAGTCAGTGGCCTGGTCAGATCCACCCCGGTGAGTAG
CCCGGTGAAAAAAATGCCTTAAAACAGGCCAAATTTTGTCCCCGGTGGAA
AATTGGTAACCCCGGTCAAAAAATAATCAAAACTTTGAACCCTGTCAAAT
TTTAGAAATTTATATTTGAGGCCCGGTCAAATACCATCCTTTTTAGGTCA
CCCCAGTCAAAAAAGGGAAATGCTTATCGCCCTGTACTGAAAAAATTGAA
AAATTGAATCAGGATGTTAATAGACCTTTTCATAAATTACGTCACGAACA
TCACTTGCCTCGTATTCAAACAATTACCATGGTGATTGTGTCCCTTGTGA
CATTAAAAAAAATGATTTTTTTATGAATAGAAAGTAGTTTAGATAAAATC
CGCTGGGAGTTAATCACCATGGCAATAATTTCAAAACGAGGCAAGTGATG
TTCGTGACGTAATTTATGAAAAGGTCTATTGGAGTTATTTTTTTATCAAC
CTAAGTCAATGCTTCCAGTGAGTCTGCATTCGAAATACAAGGTTAATCTG
AAGAGTAGTTCAAGATTTATGGCTAGTTTCCTGTTTAATTAAATCATGCG
AAATTAAGATAGTTTTGCCATGAAGGTTGTAATGCCCATAATATATGAAA
ATATCGAAATTGACAAACTAAAATGTATTTTTTTCCAATAAATAATCTCA
AATGCAAAAAAATATCTTTGCTAGCAAATACGTGTATCAAACGACCCATT
CAATTTTTCAACAGTTTTCAGTGAAATTACATACGGCTCCAAGAACGTCG
GAATGGTTGTTTTATGCACTTGGCAAATGGCTCTAAATAGACTAGACAGG
GGGCTTAATCTTCAATACAATATATGTAATAAAATTAAAAGGATTGTTGT
AATAAAATAGCCAGAAAATTATATATGCACTTGTATATTATGCACTGATG
ATGTTTTTTAATAAAACGAAAAGCTTATGCTGAAAAATATTTGTTGAAAT
GTTTTTTGAATAATAAAAATTAAAAGGAGAGGCAAGGAAAAAACTCGATA
ACCCAAATTATATGTAATCAAATAACTAAAGACATGGATTTTAATTTAAG
TAGATTCTGTTACTCTTTTTTTCTGGACACACTGTATTGCAACACAGGAA
ACAAACAATAAAACCTTCTCTTTTTATAGAACTGGACCTGGACAGAGACG
CAATGCAACAAACTTTTGGTTACATTTCAGAAACACTATCTTCCAGTGAG
AGCAAATCACTGAGCTTTATATAAACACTGGAGACAGTTCCACAATCGCT
TCCAACCAAAATCTTTGTTCGAATCTTTTTTAGAAAGTATGGTTAAAATG
TGGATGTATTGCATGGAGAGCGCTATAGATCTACTTTTCCTTGAATACTT
CTAATGTAGCGCCGTTTTCCATTAAGCAAAGTTTTAATACTACGATAGCT
TTCTTGGGGGTACCACTTTCNATGTAGCGCCGTTTTCCATTAAGCAAAGT
TTTAATACTACAATGGCTTTCTTGGGGTAACCACTTTTGGAAAAAACTTC
TATCAAAGATGGCGGATATAGCTTAGTCCAGGGTTTATAAAGGTCAGACA
TTACTATAAAAAATTGCATACCGTTTTCAAGAAATACTTCTCTCGGGAGG
GCACTTACCTTGACGGCCGACGGGGACGTCCCCGCTAGAGTTTGAAAAGT
GGACCCTGACAGATATGAATTTTTGGTAAATTTGGGATCCTGTCAGACAA
ATTTTTCCCATTTTCACCCTGAAAAGTGACAAAAAATGACTAAAAGTGGA
GGAGAAACTGAAAATTTCTAATTTCCAGAACGAAAATCGTCTAAAATAGC
CACAAGTTAACCCTGTCAGTCAGATACACTGCTTGAAAATAAGTAAATTT
GAGACCCTGTCAAATATTTCCAGGACTTAAAAAAGGGAACCTGAACAGCC
GCACGTCCCCATACCCAATTCTGCCCAAGTGCTCCCCCCAGATATTTCTA
TACAAAGACAGGGAACCGGCTGCTTTCTGATATGTTTTATTACAACAAAA
ACTATTGCATGGAACCACACAGCCTATTTTAGAAAAGTAAATTTGATCGT
CCCTGATATGCTCGTCCCTTTTATTTTTTGCAGGTTTCGAAATAGGAGAA
CCGGAACCACAAATTACAAACACGAGGTAACCATCTTTACAATTCCACTC
TTTTTTATGAATATAACATTCCGTAAGAACAACATGGCTCAGAAACATCA
AAACATAAGATTTAAGGACAAAGATGAGCCTGGGGTGACCAACCAAATTG
GTTAAAATAGAATGAGAGCTCTGAACTACCTCCATTTTGCCATAAAGAAT
TAGCCTAATTCATAGGATTCGTATTTTTAGTATGATTTTATCTACGTCAC
TGCAGTAATCAACTTTTTATGGTTGAGTACTCTTTTGCGAATTGAGATGC
AAGTTTTACGAAGTCAACAAAAATGGAACAAGCTAGATGCTGAATGGACC
TACCTGATGATAAAAGTTAGATAGCAATGCGAGGAGAAAAAAATCAGTCA
GTCAGAAAATATAGAGTTTAGCGAAAATGCATAACGCAATAAATTCATCA
TTGATTGTTGATGGGGGGAGAGGGAAGCGTTGTAGGGAAAAAATAAATAG
AAAGTTCTGGTCGCAAAAATCAGTTTTATTGACAATTGAATCATGCTTGA
TGGTGATCATTGTTATCAATAATGTTTTTGTGTGAAAAACATAGAAATAC
AAGGAAAAAAATCTAATGAAAATCTGCAAAAACGGCGATTTCCGGCATTT
TCAACCGGAAAAAAAAAATTCTCAAATATCAAACTCAGCCATGTTTTGAG
CATTGCGAATACGCATCTTTCTGCAAAAAAATCAGAAAAATAAAGGTGAA
AATTCGAGAAAATGTAAAAAAACCGTTTTTTCCGGCATATTTCCGGCATT
TTCGGCCGGAAAAAAATGTTTTTCGAAAATCGGGCTCCGTCTTATTTTAG
GTATTGTCATATTGCATCAGTGTGCAAAATTTCATAAAAATATATACAGT
ACAGCTCGAGAAATTCAAGAAATACTGTCTTTCCGTTGAAAATAAGTTGC
TCCGGTGATTTTTAATAAGTTCCGGCTTCAAAAATCAATTTTATTGAAAA
TTGAAACATGCTTGATGGTGGGCATTGCAATTAATAATGTTTTTGAATGA
AAAAACAACCAATTATAAGGAAAAAGTCCAATGAAAATCCAGAAAAACGG
CGATTTCCGGCATATTTCCAGCATTTTCGGCCGGAAAAAATTTTTTCTCA
AAAATCGGACTTGGCCATGATTTTGGCAATATTAATACGCATCTTTGAGC
AAAAAATCAGAAAAATCTAATATAAAATCTCGAGAAAATGCCAAAAAAAA
CAGTTTTTCCGGCATATTTCCGGCATTTTCGGCCGGAAAAAAATATTTTT
CGAAAATCAGGCCCCGTCACTTTTTAGATATTGTCATTTTACATCAGTGT
GCAAAATTTCTTAAAAAAACATAAGGTACAGCTCGAGAAATTCAAGAAAT
ACCGTTTTTCCGGCGAAAATCGGCTGTTCCGGCGATTTTTAGAAAGTTCC
GGCTTCAAAAATCAGTTTTATCGACAATTGAACCATTCTTGATCGTACAC
ATTGCTATTAATAATGTTTTTGTGTGAAAAAACAACGAAATATAAGGAAA
AAGTCCGATGAAAATCTGCAAAAACGGCGATTTCCGGCATATTTCCGGCA
TTTTCGGCCGGAAAAGATTTTTTCTCAAAAATTGGACTCTGCCATGTTTT
GGGCATTGCTAATACGCATCTTTGTGCAAAAAATCTTAAAAAACTAATGA
TGAAATCTCGAGAAAATGCCAAAAAAACGGTTTTTCCGGCATATTTCCGG
CATTTTCGGCCGGAAATGATTTTTTTTCGAAAATCGGGCTCCGTCACATT
TTGGGCATTACCATTTTGCGTCATTGTGCCAAAAATCAGAAAAAACTAAT
TTATTCATAGAATTATATTTCACAGGTCTATCGACCTCTACGAAATAATT
TTAGATTTATAAATTGTCTAATTCTTCATCTGTCGTCCAGTCGCNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNGTCGGTTTTTTCGTTCATGTTTTTGATTTTGCTAAATTTCAAC
CATTTTTGAAGAACTGCACAAAATGCGTGTTGACTAACTGACGTCAAATA
AAAACTTTGGGCCAATCTTGAGAAAAGCTGGTAACAGACGGACGGACGGA
CGAACGGACGAACGAACGGACGGACGGACAAAGGTTAATTTATAGGACCT
CCAGGTAGGTCCAAAAAAGAAAAGCTCTTATACTCCTAAGTTAATCGAAT
GAGGACGAAAAACTAATTTCAACGTCTTTAGAGGAATCTGCACATATCTT
TCCTTTCCTCTCTTGCAAATTGCATAGAAAATATGTAACAGATGCACGAA
TCCTATGAAATAAGAACACAAGGCCAAAAAAAATAAGAACAAATTAATAA
ATTTCAACACAAATACTCTCGAAAAGTAAAAGCCTGACCAAAAGATACAT
GCCGTTGGAAAGATATTAATTTAAAGTAGGTATACTCGGGTGGCGGCTGA
AAATAACCAAATGGATTACTACTAGATTACTACTGGATTACTACTGTCTC
TCGCATATTAGATAGTTATACTCATTTCATTTTGAAAGTGTACCTGAGGT
TTATATTTTCAAAGATCATCTCTCTCCTTTTAATTCTCATAGTTCACATA
AAGATTTCAATGACTACCATTACCCCGACATTGACGAGATCACAGCCAAT
ATGTTGCTGAGAGATAAACACCACGGACAGTTCCTTGTGCGAAATGATAA
AACGAAACCCGATGGAAACTACATTTTATCAATCAGGTAAACCCTTATTT
TTTATCAAAACCGAAATCTTTTTTCCAGAAAATACTTTAATTGGATTAAT
TTTTGCGAGGTTAAATTTCGCGATTTCGCGAATTTTTACCATTTTCGCGA
AATCAAGTCATGCGATGAGATTGCTAACTCGCGAAATTAAGTCCACGTGA
AATTTTCGAAATCTCTTTTTCGGTGGAGGAACCAGTCAAAAAGTCATTTT
TGGCAAAAAAAAAAGGTCATTTTCAGTTATTTTCAGGCTCATTTGTGAAA
TTAAATCTACGCGAAATCTTTCAAAACACTGACTCATGAAATTAAATCCA
GAAAACGAAATTTAATCTCGCAAAATTTAATCCGAAGTAAAGTGAATCGG
AATGAATGTACACTCGTAGCTCTAGTTTAGACGGCACTCTTTTTGCGCTA
CCTATTCTAATTGTAAATTAAAGTGGAGTTTTATATCCACTAACTCAGAA
AGTAAAGAAGCCACCTTATCAAAATCATTTGAATTTTCATGCGACCAATC
AGATTTCTCAGTAGTTTTTGGTTGTTTTCTTTTCTTACTGTGATTTTGAA
CTTCCTTTTCGTCATCAAAAGGTTATTCTGACAATGTCAACGTTATTTTG
ATTATTCAAACAAATATTGATTTACTTTTGCAAAGGCGTTTCCAAAGACG
TGGGAGAATCTTTTCTACCCTTAGTCAAGACTAAGGCATTTTCTCGTTTA
TATAAAACCGAAATTCTTTTTTCGAAAGCCTTTACTTCTCACTTCATTCT
GACTAGTTTTCTATTTCATCTTTACTCAGGAAAATTGATGGTAGTTGTCA
ACATTTAGAATTTACGCCCGTAGGAAATTATGAAGTCGATAGTGATCCGC
AAAATCAATTTTCTAAGGTAAGTTTTGATTTTCTTCCGAGCCTAAGAACA
ACTTCCAACGTTTTAAGATCTGGAAAAGGCCAAAGGTTGCATCCCGCTTC
CCACTCAGGGAAGTCTCAGCTTTTTGGTACGGCTTGAGCACATGGGTCAC
TATATACTTTTCACATTCCATTGAGACAAGATCAAAACAAAGATATAAAC
GAAATATTAAAAAAAATNACATGGGTCACTGTATACTTTTCACATTCCAT
TGAGACAAGATCAAAACAAAGATATAAACGAAATATTAAAAAAAATCGAA
TCCAGGCGTTCGAAATCTAAACGATTCGAATGATTTTTGTATTTTTGTTT
GATTCTATCTGATTGGACATTTATAAAAGGAACAATAGAATAACTTCACA
GCTCTGCTTAAAAAGTAGAATATCTTCAACTTTTGTCACACTCTCAAGCG
ACGGGACTGGAAGGCTTGATTTATTTAATTCATGCAATACTTAAACCATG
CGTGTTGTTCGGCAAGCGAATAAAGAATGGGAAGCGACCTCTAGCCTCTA
CCACTCGTCTCGTTCTCGGGCTCCATACGATTTTTGACGTCACTTGAAAC
TTTTGAATCTCCTGTGGTAGCGACAAAATCAAATTTTCGTGAAGATACTT
AAAACGCTTCTTATTCCAAAAATCATCAAAGTGAAATACGCATAGTAATA
ACATATATAATTGGTTTGAGGTGCTGTCTTTAAAACTATTCTCTTTTTTA
AGGTAACAGAATGCCAACATATCGAAGACGCAATATCGCAATTCTTTGAC
AAGTATAAAACACCCATGACACCGCTACGTAAATCTGTGTCAGCGTCACA
TTAAAAAGCAAAAGGTAGCATGAAAAGGATGGTCATGTTACTTCTCAAAC
AAAAACAGAAGATAATTCTCGTGAATTCGCATAATTACCGAACCAAATCT
TCAAATTAAATATAGAATCACAATACTCAAGGTAGTTAAAATTGTACTCA
GTCAAGTGAGGTAAAGGTTGCGTTCATGACAAATCATTAAGAATGCAATG
GTTAGGGTTAGGCTATTATCATTTTTATTTTACCAGCATAAGAGAAACAC
CATTGTATCATTAAAATCAAAGCCTTCCAAATCTAGCGGATGTCTGGAGA
CGAGGTTGCTATAAACATTAGCAAATTGTTTAGATCAAAGAATATAAACA
CAAGCACGTTGTACATAAAGTTGCACAACTATGGAAATAAACTTTTTGTC
AATCTTTGTTATGGAGTTTTCCTAAATAGTTGTATTTTTGGTTTAAACTT
GGTAATTTATGTAGAAGAATAAATTGTCGTTAATGTTATTTATTTTGAAA
AAAAAACAGATATTTTTTTACCAGCAAAAATTATTCCAAAAATTCTCCTA
AAATGGTTAGAATTACTTTTTACTGCGAGCTCTAACCGTGTCGGTCTTTC
CTCTCTAATTACAATATCGTGGCTTTACAACTTTTATTTCCACTTTTGTG
AACATTACGTAATGTTTCTGCACTGTTTTCAGTTTTACAATTGCTACTTC
CGCTTCCTTCGTGTTTTTTTCTTGTACGTGATCATATAGAATGGTACAGC
TATTGTGTAAAATTCATCCCAGGGTCCTAAAAATCCAACCTTAAATTCAA
TCAAAGTGGAGCCTCGCCCTCAACACCTATTCGCGCTCACCAAGCTTATT
AATTTAGCGATTCATTTTCCACTTTTGTAATCA
Gene-mRNA-Prot
The following transcript feature(s) are a part of this gene:
Feature NameUnique NameSpeciesType
TCONS_00061668TCONS_00061668Clytia hemisphaericatranscript
TCONS_00061667TCONS_00061667Clytia hemisphaericatranscript
The following polypeptide feature(s) derives from this gene:
Feature NameUnique NameSpeciesType
TCONS_00061667-proteinTCONS_00061667-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_36supercontigscaffold_36:749135..759617 -
Expression

Hover the mouse over a column in the graph to view expression values in transcripts per million (tpm).
Sort Descending | Sort Ascending | Only Non-Zero Values | Tile/Chart | Reset | Show/Hide Values

Values : 
    GrOo_1	 GrOo_2	 FGOo_1	 FGOo_2	 EG_1	 EG_2	 P1_1	 P1_2	 P2_1	 P2_2	 P3_1	 P3_2	 PoPr_1	 PoPr_2	 St_1	 St_2	 GO_1	 GO_2	 PH_1	 PH_2	 BMF_1	 BMF_2	 MMF_1	 MMF_2	 M_1	 M_2	 GEC_1	 GEC_2	 GEN_1	 GEN_2
0.37	0.55	0.8	1	0.04	0.07	0.04	0	0.03	0.09	0.19	0.06	5.27	4.76	0.14	0.12	0.38	0.26	8.03	9.2	0.49	0.76	0.52	0.5	2.2	1.8	0.58	0.91	0.09	0.06