XLOC_029796 (gene) - C. hemisphaerica

Overview
NameXLOC_029796
Unique NameXLOC_029796
Typegene
OrganismClytia hemisphaerica (Jellyfish)

Sequence
The following sequences are available for this feature:

gene from alignment at scaffold_116:264746..275506-

Legend: gene
Hold the cursor over a type above to highlight its positions in the sequence below.
>XLOC_029796 ID=XLOC_029796|Name=XLOC_029796|organism=Clytia hemisphaerica|type=gene|length=10761bp|location=Sequence derived from alignment at scaffold_116:264746..275506- (Clytia hemisphaerica)
CTTAAATTCTCAATAATTCTTTTTTCGATCCTCAAAAAATTATAGATTAT
AAGGTTTAAAGACTATAAAGAGATAAAACAATTTCACAACCATTATTCAG
AAATTCCAAGATATCTTTGTAAACAGACTGGAAGTCGCCCGTTTAAATAT
TCTGCACCAAAGGACCTCAAACAAGCCAGTCTTGCAAAATGTTTCAAAGT
GATATCATGAGATAGAAGTCTCACAATCTTAAGGTGTTTCTCTCGTTTAT
CACCATTTGATGTCCAAACTGCAATTTCACTCAAATCCCAACTCAAATCA
AAATGATGAATATGTTCATTTTCAGAACTTCTGTATAAAACCTTTTGTTC
TCCTGTTGTAAGGTTATAGGACCAAACTGCAGAGCGTTTTTCTGCCAAGA
ATTCTGCACTTCGAACAATTGCACACACTAATGCTTGGTTAGAATAGCTC
ACTACATGTATCGAGCTTTCGAATCTGCTTCTAATGACGAAGTTTAATGT
TGGCAAAGTGATTGTTTTTAACACGGTTATCCCAGAAGGAGTAATACTGA
ACGTTTTCAAGACATGTTGTCCAGAGGAAAAGGAATGTGTCAGAAAAAAT
GACTTCCTGATATGAAATATACTTAAGAAACCATCTACATCTAAAGTTTC
ATTTCTTAAATAATTTCCAGAGAAATCAATCGCATTGCAAATTAATGATT
TACTGTCACTCCTGACCACATAAACAATGGAAGCATCCATATCGAGAAAA
AGGGATTCGGCGTAACGGAGTTGATCCTTTATAGAAATCCGTTTCAAATG
AAAGATTTCATTTTCATTGAAACATACAAGATCTAAGATTGACCCGTAGC
AACAATGATCACTCGAAGGTGATTTAATGACCAACGTCTTTGCCACCAAC
TTACAAAATCGGAGAGTTCTGCACTTAAAGCATTGCCAAGTGTCATTATC
TATAGGTGGCAACATAATTCTGAGCTTTACAAATGATTCTTGATCGCAGT
GTATAGTTGTCCCGTCAGGTTCTGTTCCGTCTACAACTCCAGAGTAAACA
ACAATTTCACCTTGTTCTTGTGTGTGATGTGCTCCGAAAGTGAAGTCCGA
AACGTTTCCGATGATAAACCATCGTCCTGATGAATTGTCATAAAAGACGC
CATTTTCATAATCAGCGTTGGTACTTTCCTTTAGCTTTAGAACAAGCTTG
ATGTGATTTTGATTGAGAGACTTGCAATCTTCACCGACTGAGCAAACCAA
TATGTGAGCAACAGTTTGTTTGCGTTGTGATTCAAAATTTAAATATGAAA
ATCTAAATGGCTTATACTCCTGTATATAAAGGGGTATACTGTAAAGTCTC
TTTCGTGACGAAAATCCACCGTCAAAGCCAAAAGAGCGATCAATATTTTT
CTGATCGTCCTCCCCAGTACTTTCAACTGACGTTGTCGAATTGGGTAGAA
AGTTCACTCGGTAGCAATTTATTTCTAATCCACCCTGCATAATCACTAAT
AAACACGAAACTGCATCAACAAACACATTTAGAGAAATACGATACCATTC
TCTGAAAAGATAATTTATTTATATACAGACAAGAGAAAGAAAGCAAAAAA
CTATTTGTTGACTCATTAACGTCATATCAAATTTATCTAAACGGGGTACA
GATTTAATACGTTACGATGGATTAAATTACTAATAGAAACATACTGTGTA
TTTAAATTTAAGAGTTTTATCTTTAAATCCCTTAGCAAACTACACGCTTT
TTTTATAATAATACTTTATAAAAATAATGATGAGAATAGCCAAAAAATTA
AGAATATCGTAAGAATATTTCCATCATGAAAATTTTCAATTTTATTTTTA
GACTTTATAAAAGATGTGTGTAACGCAAGATGGTAGCAAAGCTGCAATTT
CGAATGGTTTGTCAGGGGGTTGATTCAAGGACACTTGTATAGCGTAGCTA
CGCTATACAAGTGTCCTTGGTTGATTCGAGTATGAAAGAGGGATTTTGTG
CAGTTTTGAGAGAGAAAGTCTTATTTTCTTTCGAATAAGCAGTTGATGGT
ACATCGTGGTTTTCATTTTCATCTATGATTGAGCGCGAAAATTAGCACTA
CCCTTCTTTGTTATCTGTCATCATTAAAAATTATTATAACTAAACACAAA
AGTAGCAGTTGCGACCTGGCAGGGGGTACAGGGTGTGCAGTGCACCACCC
AGAAAGATCTGAGAGGGGCGCCAAAAGAGCTTTTCAAGGGGGCGCCAAAA
TTTGTTGATGTTTAATTAGGCAATGTGGCGCCCTTCGGCACGTTTATAGC
GCACATTCTAAAAATGCAATGTTAGTTTTATCCACCAGGGGTTAAAGAGG
ATGCTCACCCCCAAAATGAGAGATTGCCAAAAAGATCGAAACTTGATGAT
GCTCGCTGTGGTTTTTGTGGTCTTATTTAGACTATGTTATAGTCTAAGAC
GAATCACTATCTAAGAAAAAAGCCCAAAGCCGAAGAGAATTCGCAAACGG
GTTTTTTTGCCGAAAAGAGTTAGCAGTCGGTAGAGTTGCCAGTTTCTTCG
AAACTCTCCCGCCGATTTTTTTCCGTATACCGCCATAATGCCATACCGCC
ATTTTTTCCCGCCTTTACTATCACTGTGTAACGGACGATAACATCGTCTA
GGTCTTATTATGAATAACCTTCTCCTTTTTAGAAGATCTTTTAAGCTGTT
TGAACTTTCTTACGCAGACTTTTTTTGCCTGCAGCGCGAAAATTACAAAG
AACCCTTATGCCTGCCAATTTTGGGCCCTATTTCAGCCATTGATCTTTTG
AAGAGAGTAAAGTAAGACCAACGGCGCAAAAGTTTAAAGATTATCATGTA
ATTTTTCTGATAAAGTTTTAGAAAACAAAAGTATAGACCAAATCGACTTA
CTAGGTATAAAATTTCCATTTCAAGTATCAACAGCTCATGTTTTTTATTT
GAGGAGCTTTATTTTTGGTGCTAAATCGGTATAAATTGGGGAATCTTTAG
ACATTTTAAAAGTTGAAAATTGTAAAATTTTTCTTGTACAGAAAACTATA
ACATTTCAAATTATAACATCATTGCTTATTTTCCTTACTAGAGTGAGATT
CGTTCTTTCTTTTGTTTAAGGAATTTTTTGTAAGCAAACGGTGTGAAAAA
TCCTTTAAGCTTGAATTGTAAAAATCATGCTTAATTAAGGAATTTTATAG
TTATTTTATTTTTTATTTATTTTAAGGTGTAAAGTCTGCCATAGTTTAAG
AATATAAACATAAAAAGGCCTTAGTACTGATATCAAATCTATCAAATGAG
TCACCAATAATGTCAAATGATTAGGTTTTTTGTAGTTGAATTAAAAATTG
AAAACAAAGAGATCTAATTAGATCTATTCCAACAGAATTAATGATGCTGG
TCTTTTATTTACATGATCCGTTTTAAAAATACGTTCTTTTCCGTTTTTTT
AATACCCTTTTTAACATATAGCATTTAAAATTGGTATTTAAAGACTCTAT
ATTTTGCCATTGATGACTAATCACACTGTAATCAGTATCCCACTCTATTT
CGTTGGATTATTCAATCAAATATACTGACTTTGCTTGTAGATCGAACCAT
TAAAAGGAAAAGGGAGTTTTTTTATCATAAATTAGTCCATGCATTGGCAT
GACTACAAGACTACAAAATCAATAAAGTTTACATAGGTGCTACTATCTCG
AGTCGAAGTTCTATTGAAGATCTCATTATATTGTATTTTTTTATTAGGTT
GTACCGATAAGATAAATAGAAAATCTGAATCTTGAGCTTACCTTGCTAGA
TGGGTTCACATTTTAAAAAAGATTTTGGATACTATTATTTTTTGAGGTTT
TTCATATTCTTAACATGCTCTCCCTTGTTAACTTTGTAAAAATTATTGTA
TTTCTTCGAACATAAACGTCCTGGGCGTCTTTTTAATCTTAAGACTTTCA
GGAGGGGTGCTTATTCGAGGGGTGTAAAGAAAGGGGTCTTAATTAAAGAA
TTTAAAAACTCCCATTGAGGGGAGTCTTTTTCCTCAGAGAAGGAGCGTGT
ATTCGAATGAATACGGTAATTACCGAAAGGTATATACTATTCTGCAAAAA
GTTATTTGATTCTCATAAAGTAGTTGTTTATAGGAAAAATTAATATGCTC
GTATTATGCGCCGCCCTTGTTTACTTTGTAAAATCTAATTACCGAAAGGT
ATATCGTCTATCAAGAGTTATTGATTTAATTCTTATAAAGCTGATGCTTA
TAAGAAAAATAAATATGCTCATATTATGCGTTATCCCTTGTTTACTTGCA
AAAACTAATAACCGAAAGATATATTACCCTCTATCAAGAGTTATTGCTTT
GATTCTTATAAAGTTAATGCTTACAAGAAAAATAAATATGTTCACACTTT
GTGCCGTTCTTTGTTTACTTTGTAAAAACTAAGTACAAAAAGGTATATCA
CCGTCTATCAAGAGTTATTGATTTATTTCTTATAAAGATGATGCATATAT
AAGAAAAATAATTATTTTCATTTTAGGCGCTATCCCTTGTTTACTTTGAA
AGCACCAATCACCGAAAGCTTAAACTTAGTGGTTGAAAAGTTATAGATCA
TTTTCTTATAACGATGATTCTTATAATAGTTGATGCTTATAATAAGATAT
TACTTATTGTATTTGATAGGAATTAGATAAAATACTGTACCAAAATAAAA
AGTAAAAAAGGTAAAAGTAATGGTAAAAGCTATCAATTGGGTACCATTCA
GGGGGGGGGGTCCATGTACAAAACAGCGGCATGTATCAGTACTTTGTAGC
AAATTTCGATTTTAAACACCCACCCACCCCTATAGTACAAAATGTACAAA
ANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNATC
TAAAATAAATCACAATTTGATTTGATTTTGGCTTTTTAGTACACAAATAC
TAAGCAGAAAATCCGAAATTTGACCCTGACACCCCCTGTATAGTACAAGT
ATACTAAACAGCAAAAAAATTTTGAAAACACCTACCCACCCCATGATACA
TGCCGCTTTTTTGTACATGGACCCCCCCCTGTACCATTGATTTTAAAGAT
CGTGTTTTAAATATCTGCGCAGAAATTTAATTACATATCTGCGCAGCTCG
AAATTACATAGCGCAGAAATTACATATCTGCGCACAACACTCGTACTGTT
TTTTGTTCTATATACACTATATCAAAAATGAAAATGGAACCAAAACAGAT
GCCAGCTAAGGGGAAAAAAACAAAAAGTGGGCCACACAAGAAAGAAGACC
AGAAAAGGCCAGAACGACAAGAAACTGAAAAGTGAAAAGCAAATCAGTTT
TCTCAATTTATTTGTCACGATTGACTGAGGAACTTTTCGTTTGTTGGCCA
ACAACTCTGATAATTTTTGATAGAAACGAATGCATTCCACGCCCATTGCA
CCGTTAGCCGCGAAAACGATTGGTATTTGAACGCTCCATTTTCATATTGT
CGAACGCGTTCTCCGTACATACGTTTTTTCTCGTTTAGAATTCAATGTTA
GATAAAAAATTGAAATCAAGACACAAATAAAAATAAATATAGTGAAACCT
GAATCGCAATCCTGTCGAAATCGCACAACCTAGCGGGTCATGCAAGCCCC
AAAAGCATAAGTAAAAGCAATGGAAAATACGGTGAAAAAAACTAAAAGCC
AGAACTGTGAGATGAAAAGCTAAGATGTTTTCAAAATATTGTTGTTTAAC
AAATCAATTTCATCAAACCTAAGGTTTGGTTTTAGTGTTCGTGTACCGCG
AATACATGTTAAGACTGATCTCGTTAGTGCAAACGAAATTTTAGTTCGAA
TCCAATTTTTTTGTTTGAGAAGTATGAGCAGTCTTATCCGCTACTAGTAG
TAGATAAGCTAACGCTCCAAAGAAGTGCTCAGCCTCTACACCCATTCCAC
CATTCATGGAAAATATTAACGGAGTGAATGATCCATGATCAACTTTGATA
ATTCGTTCGTTGTNGAAAATATTAACGGAGTGAATGATCCATGATCAACT
TTGAGCCAATTCGATTGACTACAAAATTTGCCATACTCACCAACTTTGCC
AAATCCACAATTTCAATGTCAAAAGATCATAGCTTCATGGCAAATTTGTA
CATCACTTTCAACACCTAGCACTGCAATAGAACGACAACAGTCATTCTAC
AGAACCAAACAAACAAAATACTAAACCCAAAACCGAAAGGAGAGCATTAC
CCATAAAAATGAAAGGCAAAAATGAAGAGAAAAGAAAAGTTACCGTCAAT
AGGGGAAATTTTTCTAGTTATGAATTGTTTACATCTTAACTTCACAAATT
GCAGATCAGAATCATTGAAAAATTGCATCTTCTCATACCTATGATAGGTT
AATTAACTAAAAAATCACAGACTATTTCAAAATAAAATTCCTGTGTTATG
AAAACCCCTATTGACGGTTAAATAATGCTACTCAAAAAAAAATTTATTTT
CTAATTCGTAAACTCAATCGAAAATAACTTTATTAATTATTTTACTTCTT
CTTCTTATCCACTTATACTTTAGTAGAAGTCTAGAAAAGCCTCTATAGTG
CGGCATAATAAGTTACAAATCTCATTTGTAAGTAAATAGTTAATAACAAC
GACTATGTTATAAAAATCGTACAAAGTAGTACTCGGTACACAATAACCGT
AAAATAATCAGTAACAACAACTATGTTATAATAACCGTAAAATAGAAATA
TGTAAGGGTGGGTGGGAGGGAGTCTAAGCTCATCTATCGACGTGTGAATA
TTCTCAAAATCCTACCGCCCTTATACATCGTATCACGTGACTAAACAGCG
CCGAACGAACAAAAAATAAATTCATTTATAACTTGTCAATTAATTTATCC
TTCATTGCCTGATCGTCAACAAGTTTACACCTCGGGTCTTGAGCTATCTT
CTGCCAAATCGGAAGAAAAATTATAAAATCAATAATCATTCATTGAGTAG
AAACACCGATGATACTCCTTTTGGGGATTCTACTATTACAGCATTTTGAC
TTTTTACTCCAATTGTTTTTTTTTTGTTTTACATAGCCTAGGAAAAACTG
ACAAAATATAAGTTTTAAAGCAAAAAATAAAGATAAGCAGATTTTTGGAA
TTTAAAAGCAGGAATTATCAAATTTTAGCAGGATTTGAATTTGCGCGGGA
TTTGCGCACTACAAGCCTTTTGCCAAGAAGTTGAAGATCTTTCAGCCCTC
TGCGATTGGTAATAGGCAAATATATTGAATTCTCAAAACTATAGCTATTA
TAAAAAAAAGCACTTACCTGTTTTTCTTCTGTACTTTCCAGAAGTCATCA
AAGAGGTGTAATTTTTGTATGCCTCCAGAAGGGAATGGGTAGCAGCATCT
AAAAAGAAATAGGATTCCTTTTCCTCCTTTTTCTTTTGTTTCTTAGCTGG
TGGCTCGTCATTTTCCTTTGTTTCTGTTTGTTGTTTGCTTTTCTTATGCG
TTTTTTCTGTTATCCATTAGGATCTGAAGGTGGAGCTTTAATCACCATTT
TCAAACTGTTTTTTTTTTCATTCGGCTTGAAGGCTGGCTGGTAATAACAC
CCCTGTATCAGTGACCCAGTCAAATTCGCCCCGGTCGATAACCCGGTGTA
AAAATCGAGTGAAGAACAATGGAAATCTCAACCCACGAAAAAAACGAGAA
CTTTATCAAAAACCCCGACGAAATCTGATTTTTCTAAAGTGCTATAAATA
GCACAAACCCAGGGAAAAATCTTGACTTTTGACTTTGCCCGGTATTAAAA
AAATACCTATTTTCTTAACCCAGCGACTGAAATCTCTACCCCGGGGATAT
TTCTCATTTGAAAGTCACCCCGGTGAACTTTTAGGACCTAATGGGTTACT
GAGACAGGGGTGTGTAATTGGTTTGGCTCCAATCGCTTCTGCCTTCATCA
CTGTACCCATCAACAACTTTCTCAGGGTAGATACCCATCCCCAGGCTCAT
TTCCATTTCATCAATGGTTTCGAAGGTTTGGGTATCTTGACTGGAATCGT
CTCCATAGTCGTACTGACCTGTAGGTCTTCTTGACTGTCTTGAGTTCATT
TTGTGAAGATGCAAACCAATTAATAACAGTGTTTTGGTTTCAATTTTGTT
TACATGTAGCCTGGATTGGCCTTAAAACGTTATAAAAAGTCGCTTGTATT
TGTGCGTAATTTTATTTTTGTGTCTAGGCCAACTATGTTCAATATGGTAG
AAAAATAATTAATTTGGATGTTAAAATTATGGAAACGTCACATTTTAATC
TCCTCGAATAAATTTGGGGAATTCGGCATTTGTAAAAGCGAAAAGAACAC
AGGTCTCGTTGGAACCAAAATGCGGCCCAAAATTAGGCCTTTAAAATCAG
ACCCTTACAGTGCAGAGAAAATTTAGTCAAATTTGAGCGAGGAATCGATC
CTTAAGCTTTTTCCACATGCACGTAAAATTTTACTTTTACTTCACGGAAA
ATCGTTCGTAAGGCCTTTTTTGGGGAATTTCCTCGACATTATGTAGAGTT
TTTGTTGGTTAAGAGGGTCTTACGTGGATTTTCCTTCCGTTCAAAACTTT
TTGAACGTAAGCAAACTCTACATAAGGCCTTAAACACTACTTAAGCTTAG
GGGAATTCCTCACCCTTCAAGGTCTTAAGTAAAATTTTACGTACATTTTA
CACGTAAATTTTGACCATTTTCGGTAAAATATGGTCAGATTCTCGAAATC
GCCCCCTGGACTTAAAATGTTTCTCAAATTCTTCATAATTTATTTTTCGA
TCCTCAAAAAATTATAGATTATAAAGTTTAAAGATTATAAAGAGATAAAA
CAATTTCATAATCATTATTCAGAAATTCCAAGATATCTTTGTAAACAAAC
TGGAAGTCGCCCGTTTAAATATTCCTCCCCAAAGGACCTCAAACAAGCCA
TTCTTGCAAAATGCTTCAAAGTGATATCATGAAATGGAAGTCTCACAATC
TTCAGGTGAATCTCTCGTTTACCAACATTTGAAGTCCAAACTGCAATTTC
ACTCAAATCCCAATTCAAATCAAAATGATGAATATGTTCATTTTCAGAAC
TTCTGTATAAAACCTTTTGTTCTCCTGTTGTAAGGGTATGAGACCAAACT
GCAGAGGGTTTTTCTGCCAAGAATCCTTCAACTCGAACAATAGTACACAC
TAATGCTTGGTTAAAATAGCTCACTACATGCATCGAGCTTTTCAAACTGC
TTCTAATCACTAAATTTAATGTTGGCAAAGTGATTGTTTTTAACACGGTT
ATCCCAGAAAGAGTAATACTGAAAGTTTTCAAGAAATGAATGTTGTCCAT
AGGAAAAGGAATGTGTCAGAAAAAATGACTTCCTGATATGAAGAATACTT
AAGACATTATCTACATCTAAAGTTTCATTTCTTAAATAATTTCCAGAGAA
ATCAATCACATTTAAATGTAGCCTAACAGTTTCTTTACTATGACCTGACG
ACGGTAGCATTTTACTATGTCTCCTCTTCTGGAACACATAAGTAAACAAT
GGAAGCATCGATATCATCGAGAAAAAGAGAAGGGAACACAAAAGTATGCT
TTATAGAAATCCGTTTTAAATGAAATATTTCATTTTCATTGAAACATACA
AGATCTAAGATTGATGACTTGAAGGTGCAGCAATCGTTACTCGAATGTGA
TATAATGACCAACGTCTTTGCCACCAATCTACATATGCGAAAAGTTCCGC
ACTTTCTGCAGCGCCGAGAGTTATTAACTATAGGTGGCAACATAATTCTG
AGTTTTACAAATGATTCTTGATCGCAGTATATAGTTGTCCCGTCAGGTTC
CGTTCCGTCTACAAATCCAGAGTAAACAACAATTTCACCTTGTGGATTTG
CTCTGTCCACCACGAATCCAATGAAAAACCATCGTCCTGATGAATGGTCG
TAAAAAACGCCATAACCAGCGTTGGTACTTCTCTTTGGAACAAGCTTGAT
GTAATTTCGATTGAGAGTCTTGCAATCTTCACCGACTGAGCAAACCAATA
TGTGAGCAACAATTTGTTTGTGTTGTGAGCTAACTTGAGACTCCTGTATG
CTGTAAAGTCTCTTTCGTGACTAAAATCCACCATCAAAGCGAAAAGACCG
AGCAATATTTT
Gene-mRNA-Prot
The following transcript feature(s) are a part of this gene:
Feature NameUnique NameSpeciesType
TCONS_00046700TCONS_00046700Clytia hemisphaericatranscript
TCONS_00046699TCONS_00046699Clytia hemisphaericatranscript
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_116supercontigscaffold_116:264746..275506 -
Expression

Hover the mouse over a column in the graph to view expression values in transcripts per million (tpm).
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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
0.17	0.31	0.17	0.03	0	0.26	2.32	1.58	1.88	1.43	1.97	0.99	11	6.06	1.65	1.96	1.29	1.07	18.21	22.97	1.1	1.19	1.31	2.12	2.99	4.01	22.52	12.21	4.34	3.75