XLOC_036863 (gene) - C. hemisphaerica

Overview
NameXLOC_036863
Unique NameXLOC_036863
Typegene
OrganismClytia hemisphaerica (Jellyfish)

Sequence
The following sequences are available for this feature:

gene from alignment at scaffold_311:104039..114850-

Legend: gene
Hold the cursor over a type above to highlight its positions in the sequence below.
>XLOC_036863 ID=XLOC_036863|Name=XLOC_036863|organism=Clytia hemisphaerica|type=gene|length=10812bp|location=Sequence derived from alignment at scaffold_311:104039..114850- (Clytia hemisphaerica)
AATCTTTTAAGCGGAAATATATTTTGCTTATGTCAGCAACAAAAATGGTA
TCGTGACTGCGATCCTCAAGTCGGACGAAGGCGGCTATATTTTTTCATTT
TTGATTTGCTGCCAAGATTGGAGATCGAAAACCATGGGAAGAAGACGTGC
TAAAAGGAAGCCACCACCCAGAAGAAAGATGGTTGGAACATTGGAAAGTC
AATTCAACTGTCCATTTTGCAATCATGAGCAATCCTGTGATGTAAAAATG
TAAGAAGATTTTTTATCGTTTAAATTATCGGCAGCAGGTCCAAAATGCAT
AAAACATAATGCATATTGCATAAGTCATAATGCATAATATTTGAAGAATA
TAAATTTTAGCGGCTATAATAAACAGGGGGGGTCGGTACTAAAATTTCAG
ACATCATCATGACTTTTAGGCTGATGGAAATTAATGATATGTTTACCGTA
ATGACGATTTTCAGAATTCGATGCGGCCAAGTTTTCACTATTCATTATTC
ATTATTTTCCCATAAACATTTATTTTTACCAGATTTTTCGTTTCCTCTTG
TGTCTCCGGAACTCTCGTGTTTTTATTGATTCTTTTGGTTATCCCGTTTG
AACGAGCTTAAAGAGATAAATCTTTTTCTTCCCGCTAGAGAATTATATAA
TGTTAGGGGTCACCCACATATCGATGTTTCCTGCAACTAACGTCATTGTG
ACGCGAGGGTGTGGGGGGGTCAGAGCCTATGACGCTAAGAAATTTCAACA
GAATATCGATTTTCAAACCTGTAACATTTTGTATTCCATCCTTCGCTACA
CCTGCCAGTTAGTCACACTAGCGTCCCGCCAAAATGCGTATCAATGATTA
ATGCTGCGAAAGCGCTATATCGTTTACTTGTTTCTTGTTTAAACTGTTTA
TCGTTTATCGTTTATTTTGTTTCCAACTTTCAAGTTTTAATTAATATTGT
CTTGCAAACTTGATTCAGGTAACTCTCATCCTTGTTGTTGAAATGTATCC
TGTAGATGACTGATGTTGTTTTTTCTGAAAGCTTAATTTCCTAGTGTGAC
TAACTGCCTGCCATCTTAATTCAAACGCATAAAATATAACAGAGATGATA
TCCAATACCCTTTCGTTACGTTTGTAGGATTATGTTATTATCTCCCTAAT
CATAAAAACAGAGATACCGCAATAAAGAATAGATGGGCCGTATTTTGATA
TACAAGGGCCGCGCTGAGGAACTGGGGAGGAACAAAATGTGAAAGTCATT
AAGTCAAAACCACTTGTTTTTAAACCGTGCGAAACGAAGCACAAAAATCA
ATGTGGCTGGAATATCAATATCTGTAATAGAGAAGAAAAATTACTTTCAT
CGATTTTTGGTATATTTATGTAAATGACGCTAAGAAAGGGGGGTGGGGGG
GTTCTTCAGATAGCATCACAATGACGTTAGTTGCAGGAAAAATCGATATG
TGAGTGACCCCTTATCTCCACAATATGACAAAATTAAATTCACACGGTAA
AGACTACTAGAGGGCCGTTCGGGTTGTTAACAATCTAAAAAAGCCACGGG
CCGTTTGTTTTGATATCAACTTCGAAAATTTTTGTTCTCTGCTCAAGTGG
GAAGAAAAATAATGACAACTTTTCGAGAAAATGGCAAATAATGACAACTT
GATGCGGCAGGTTTTTATTCATAACATTAAATTCCATCGGCCTTAGTGAC
GTGGTGGTATTACAAAAAAAGCCTAAAAGCATTTTAGTACCATGTCCAGA
CGGTGTCAATCGAACGAATCGAACGCCGAATCAATCGAACGCAATTGAAC
GCAATCGAATAATTGCAATTCGATTGTCGAACGCAATCGAATCGCAATCG
AATATTACCCAGGATTTGCTGTTCGATTGCTTCGATTACGTTCGATTGTA
TTTGATTACGTTCGATTGATTCAATTGTATTAGATTTTATTCGCTTTGGC
ATGGTACTTAAGCGCTCGGCCGACCACGCTAAAAAGCTCTAACAGAGTGA
TCCAATTTAATTTAATCGCAATCAAACTCATCGAACATAATCGTAATCGA
ACGAAATCGAAGATTAATCCAATGTAATTGACAATCAATCGAACCAATCT
AACCTTACTCAAACGCAATCGAACACAATCAAATCAAATATTACCCAGGA
ATCGGCCGTTCGATTGAGATTCGATTACGTTCGACAATCGAATCGCAATT
ATTCGATCGGGTTCGATTACGTTCGACAATCGAATCGCAATTATTCGATC
GCGTTCGATTACGTTCGATTGGTTCGATTGCGATTTTTGTTTTGTTGTTC
GATTGACACCGTCTGGCCATGTGTACTAAAATCCCAAATTAGGTGGGGTC
TTCAAGAAATTTAAGAAAAAATTTAGTACATGAGTACTAAAAACCACCAA
ATTTTAGCGGTTAGTGTAAAACACAGGTCACAGGTCACAGGTCACGGGTC
ACAGGTCACGGGTCACAGGTCACGGGTCACAGGTCACAGGTCATACAAAT
TACAGACCGGAAAACTGTAACGCACTTGTAACATACAACTNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNTGTGAAATAGCTATTTTCCTGTTAGGGGCTGTTTAAGGCA
AAGGTGAGATCGATATTCGAATATTTCTTTATTCTTTGTATATAACATTC
GTAACATGCGAACATTGAAAAGATAACTTTTTTGCATGTGTGATATAGAT
GTAATATATAATACAAAGTATTACAGGTCCATGTTATACACGGCATAAAA
CGCGAAATCACGTGGTAAACACGTGGGTAGATTTTTAGCTTTAAAATAGT
TCTAGATCAATAAAATACCTTTGGAATTATATCATTGACATTAACAACTG
TTTTTCAAACATTTTCTTTGTATTTTACAGTAATCAAAGCTGACCTGTCA
ACACTGACCTGTGACCTGTGACCCGTGACCTGTGACCTGTGACCTGCGTT
TTACACCAACCGAAATTTTAGGAAATTTAACTATTGACTGAGCATTTTAG
GCAAAATGAAAAAACAAAAACTCTCTATATAAGATTTAAATATGTCCCTG
TGTCACAAATTAAGCAAAAATTTTGTCCCCAGTGGTAAAATACCCTTGAA
TTTCAGCCCCACTGGGAAATTGACTTTGATTTCATCCCCACTCAAAATTC
CATGTTTAAAAATTGCACTCCAAAACCATATCCCCACTGGGTTTTTAACC
TTGGAACAATAGAATTTCTATCCCCATTAGCATTTCAATAGGAAATTTTA
TCTCAACTGAAGAAAAAGGTTCCTCTGGGGCCGTGAAACACCCATGTTTC
AATTTAATTGTTCTGCTTTTATGTACTATGGAATAAAAAATGTTTTCGAA
GTTGAATGCTTTGTTTTTTGTAAAGAACCGTGGATAACTAGATAGAAAAG
AAATAGCAAGCTGTAAATTAGAGGTAAAAAATAACCAATCAATATTTGCA
ATAACTAAAGTAGAGCAGAGCAAAAGTGTCTTGACTGTTTCTGAGTCTTT
ATCTAGAATAGATAGAGATAGATCAGGTTCATTGACAGCTTAAATAACCA
GAGTTGGCATTTTTTTGAAAGTCCAAAGACCCGCATTCTTTNCAGAATTC
AGTCAAAATATAATCAAAGTGATTGCAGTTCTTCCTGACACTAAAGCTTG
AAAAGTTCCTTCTAAAACTACGAAAATTGATTTTCATGGTGACATGTGAA
ACTTTTGTTGAATCATCAAAAGTATATGTTAGAATAATCTAACTAGACAT
TTTTCTAGCAGCTAGAATGACTGCATGACTAAATCTCCAAAATCCTCTCC
ATCCGAATCCAAATTTATAATAATAGCACCATTTTTAGGGGTGTTCGTAT
TTACCCCTTAATTTTAACTGTCCCGTAATTACCCCAGATGACTATATATA
TATGTAGAAAAAACACGAAAATATTTCCTCTGTATATTACCGTAAGTTGG
TCTAATATCGACATCCCTCGTCTAATTCGACACCCTTCTTTAGAGAAAGG
ATTATTCCTCTCTGACTNCCCCCCCCCCCCCCCCTGTAATAAAGTGAATT
TGAAAGATAATACTTTCAACAAAACAAATATACCATTTTCTACCAGAAAA
TAAAGGGTACCATTTTCTACCAGAAAATAAAGGGTAGAAAGCTTTAAATT
TGAATTTTGGATGATGAAGAAAATCCATGATCCACTGAAAATGCTTGTCT
CCATTTTGATTTTCATAGTTGTATTTTACAGAACGTAGTCTAGTCATCTG
GGGTAATTACGGGACGATTTTGACATATTTGAGCATTACTCTAAAAGTAT
TAATCCTAGAGATCCGATTTTTTGATATTTCATTTATCAGAGTATGACCT
TTACACAAGATTTATTACTTTTCCTTGAATATAAGTAGATGCTCCTAAAA
ATTATTCTAAAGNGAAAAACAGTTTCAACCTTTCTATAAATTTCAGCTGA
TAAAAAGGGTGTCAGAATTAGAGGAGGGGTGTCGACATTAGACCAAGTTA
CGGTACTTTTCTAAAACTAGAAAACGTAAATTTTATAGCAAGATCTTTAT
TCTTGGTTTTCTCAGCAGAGACAGAGATCTTTTCGAACAATTGCTAATAA
ATTTCAACGGGTTTTCCTTCTTACAAAGCATTACCGTAAGGGGTCACTCA
CATATCGATTCTTCCCACGACTAACGTCAAATTGAAGCTAATTTGAAAAC
CACTTAATGTCAAAGTTTAAAAATTATCAAAAATCGATGAAACTCTAAAT
TTTCGCATTCACTTTCATCGTCGCTTCGTCAGCCATCTTTAATTTTGCTA
CGGCTTGCTCAGTTTACATTTAAAAAGTAACAGAGATAATTTCAAAACTT
CTTTCGGAAAGTTGCCTCCGTTATCTCCGTAATCATAATCAACAGAATAG
CGGCATTTTACAAAAAAAGACCGAGCATCGGCAAAATTCAAGGGCCGTGC
GGACAGTCTAAACAAAAGGAACTCGAGACATAAACATCAGGCTGTTTGTT
TTGATTAGAATTGCTCTATAAAATAGCGAACTGAACGAATAAAAAAGGAG
GAAAAGAAATATGGAAAGTAACATTTGTCATGGAATGAAAGTCTCAAAAA
TCGATATATCTGGTGAAATTTCTTAGCGTCACAGACTCTAACCCCCCACC
CCTTAGCGTCAATTTGACGTTAGTCGTGGGAAAAATCTATATGTGAGTGA
CCCCTAACTTGGTCTAATATCGACATCCCTCCTCTAATTTCGACACCCTT
TTTATCAGCTGAAATTGATAGAAAGGTTGAAACTGTTTTTCTTGGCTTAG
TGGTCACAGAGGGTCTGGGAATTAGACGAGGGATGTCGATATTAGAATGC
TTTTGTGAATGCTTTTTGTTAGATAAGCCAATATCTATCTATATATTTCA
TACTAAAAGGTCCTAGGACCCATTATCCGTACATTTGTTTGCTTAAGAAA
ATGAAATATGAATAAATAAATAAATGAAATGTTAAGAGCAATAAAATATT
TTAAAATTTTAATTAATGCTTGATAAGGAGAAAAGAATGAATATCCAGCC
AATATAAATTAAAGAGCTTCATCACAGATGTTTGCCGCAAGCAAAAGTTG
GTAATGCAAAGTTTCACAAAATCGCATTTAGCAGACACAAAAAAAAACTC
CATAATGGCGGCATAATGTGAGAGAGCAATCAGAATACAAAATAAACAAA
TTTCAAAGGCTCATTGTAAGTGATTGAGTGAAGCTATCATCAAAAAATAA
AAATAAAACAAACCTTTAAACTTTTCAATAATCCAAATAAACAAAATATT
TCAAATGAATTGATGTTAAGTTTGAAAACAAGCACCATTTCCATCGTACA
CTTTTAGAGCAAAAAGCAGCATTTCGCTGAAATCTGCTGCTCTTTCCGGG
AAAATAATTTCTCAGAATGTCAGAGAGTCTGGTGCTGAATATATAGTTTA
GTGGGTCAAGCTTGTTTTAGTTCTCTATCTTTAGATAAAGCCTGAAAACC
TCTTCTGAAACGGGGGTATAAACGATCTTTGTCTATTTTGAAGTCGTACA
ATCTTTTACTTTTTAAAACCACTTAGATTCAGTTTTTGAGTATAATAACA
AAGATATTTAACCAAAATTTGTTTCATTAAAGCTCTTTTCTTTCAGCGAA
ATAAGCCTTTAGTCAAAAGTCGCAAAGTTTCCCAGGTGTTGGGCCGGTAA
ATCAGGTCTTGGGCAGCTAAATCAGGGCCTGGGCCGCTTACAGAAAAAAA
TTTGCGGTGGCGGTGGTATGGCTGAGTTTCTGGNAAATTTTCGCATTCAC
TTTCATCGTCGCTTCGTCAGCCATCTTTAATTTTGCTACGGCTTGCTCAG
TTTACATTTTAAAAATAATGGAGATAATTTCAAAACTTCTTTCGGAAAGT
TGCCTCCGTTATCTCCGTAATCATAATCAACAGAATAGCGGCATTTTACA
AAAAAAGACCGACCAACGGCAAAATTCAAGGGCCGCGCGGATAGTCTAAA
CAAAAGGAACTCGAGACATAAACATTGGGCTGTTTGTTTTGATTAAAATT
GCTCTATGAAATAGCGAACCGAACGAATAAAAAAGGAGGAAAAGAAATAT
GGAAAGTAACATTTGTCATGGAATGAAAGTCTCAAAAATCTATATTTGAC
TAAATAAGCCTTTAGTCAAAAGTCGCAAAGTTTCCCAGGTGTTGGGCCGG
TAAATCAGGTCTTGGGCAGCTAAATCAGGGCTTGGGCCGCTTACAGAATA
AAATTTGCGGTGGCGGTGGTATGGCTGAGTTTCTGGTCAAAAAAGAGCGC
TACGTACATGTTTTTCTTTTTCATTGCATTTATATAAGCATATCTAGGCT
AAATATTGCACAAATTTAAGCATAGGCTAAGCATTGCCTTGAGCTTACAA
AAAATGTGTTTTCCTGAACCAAGCACTGTTTTTTGCTGGGATTGTTTAGG
ATTATGGGAATTTCCCTAAAGTTTCAGCTTGGGATATAAGCATCCTTATA
AGCATTTTTCAGCCTTGTCAAGTCCTCAACCTAAGCCTCTCTGAGCCTGT
TTTCGAATTTTTGTAAGCTTATTAAAAAAACATGTAACGGACCTCTCCGG
CTCTGGAATGCCATAAATTGGTCTAAAAACTGGCTTCACAAATATTTCAA
ACGTCATTCCAACGAAACCATGGGGTGTTTTACCAATTTTTTTTATTAAA
ACGCGATAAAAAAGCAGGTTTTGTCTAACAGGGCTACAAGTGCCTATGAT
TGATATAAATGAAACAATTCACGTATTTTTCCAGGGTGTGAATTTTTAGC
TTTCCTCCCTTTTCTTCATGTTTGCCAGGGAGTTTTCATTCATAGAGACT
CATGAGACTCATGAGACCGACTAACTCAACATTGATTTTTGCAAATCCCC
AAGATTNAGACTCATGAGACCGACTAACTCAATATTGATTTTTGCTCATC
CCCAAGATTGGCGAACTATCGTTTTTGCTAATTTACAGCTTTTCTTGATC
TTTAATTGCTTTCTTTTGTCGATTGCTTGCGTCATCAACGACTCGCGAGT
CGAATAAGAAATATTTGCAGTTAGAGCCCATGAAAGTCACCACATTTTTA
TGAGAGTAATGACAGGAGTCATATCCTCAAGTGCAGATAGAGTTTTCACT
GTAGCTGGAACAACCGTTACTTTTGCATGGCGGACAATGCATAACATTTT
TTTTTTTTGCTGATAGTTGCCCAGGAAGTTTTTGTACAAAATTATTCATA
TCTTTTTTAACGCACACTGAAGAGATATTTTTGTTATGAATGATGTTTCT
TGTTTTGAGGGAGAATATATTTCTTGATGTAATTTGAAAGACCATCGTAT
TTTGTATTTATTTTCATTTTATTTTATTTTCAGGGACAAAGTTCGAAACG
TGGGGCATATTTCGTGTCGCGTATGCTCGGAAGATTATCAAACCAATATC
ACATGTATCCTTTTCTTCTTTAAAAAGAGTACCTTTTCCTCTCAGTGAAG
TATCTAAATAGGTTTTCCCGTCTCAAAATTCTGCACAATTCACCTTGATT
TGAAAACTGTTTAAAAAGAGCATATTTTAGAAAATAACTGAAAAGAATAG
AAAATACTCTTTCTGAGGCATTCTTGACATTTCTTTCCAAATTGTGTCGG
GCAATTTTTCATGCCCTTTTATTTCCAATTACCAGAAGCTGCCCTATTCT
GAAATCACTAAAATGTTGGTAAAAATAGCCTTTTCAGTCGAAAAATACTA
AAAAAGTACCTTTTTTGGCTAGCAATAGCCGTTGCCCTGCCTTTCTAAAA
TATGACCTATACGTATAGTGAAACATTTCCCAGGCAAGTACAAATATATC
GTAATTGATCGAGTTTTCAATTGGAGTTATTGCTTACTAGCCATATGTCT
TTTAATGAAATAATGACAAGTGTCGATGAAAAATGAAAATTATACTCTGT
TTCAACTGAACTGAACTGTACCCACCGACCTTTATATAACTCTGGACCAA
GTTTTTCAATCCTGGCCAAGAAAAATCTTTGATCAGAGTTTTTTTTTTAA
AGTGGTATCCTAATAGTAGCATTACTCAATAGCGGTGAAAATGCATCGAG
AGCGCTAGATCTACTTTTCCTGGAATACTTTTGATGACGTAGCACCGTTA
GACGTCAATAGCTTGGTCCAGGGATATATGAAGGTCAGTGAAAGTACCCC
ACCACATGTTAGTTTCCTTGACTACCATTTGTTTGGTTATCAAAAGATCT
TTCGGAACCTGTGGATGTTTACAGTGATTGGATTGATGCGTGCGAAGAAG
CCAACAATTGACATGTTTTGAAGAATTTGATTTTATGAGGTACACAATTC
TTATAGTTAGATAGTCATTAATTATAAAAAACCCTGGTCTGGCAATGTAT
TGTTTTAACTTTTTGTTCAATTTTCTTTTGTTACTAACAAAAAACAAGTT
GCGATTTGCATACTTTTTGATCACGTTACCAAAATCTCCTCTTGGGATTG
GTCCATTTTCTAATCAAGTGATTAAAAAGTTTGCAAATCGATTTTGGGAC
GTAAGCTCCATCTTTTAACAATAAAAAGAGAGAAAAGCCTTTCAGGCCAG
TGTTTTTATAATGACTATGATAGAATGAGCTCAAAAAAGGCCCTGATCTC
GAAATAAATCATACGTGGCTGGGGTTTGACACAGGTTCCTTTTGGGTCCA
AGAACTACCAAAAAAAACAAGCAGTCAATTTGAAAAGTTTTGTACCCTTT
TGGGGACATTTTATGATGACGTCTATTTTCAATACAAACCCCTTCAAACA
AGATTTTCAAAAAGTTTTGAAAAATAAGTTTTCTATCTGAAAGATCCTGA
GAAATAGCTAGATAACAAAAAAGTTGTTATTTTTTTAATTTTTGTTTATT
AGACCCCCTACTGTATTCATGATATGCACCACTGGAGAGCCTTCTGAGAA
CTTTTAAAATTTTCCACCCAATACGTCACTTTTTCTATTGTTTAAGTGAC
GTATTGGGTGGAAGATTTCAGAAGTTCTCAGAAGGCTCTCCAGTGATCTC
CAGTGATGCATATCATGAATTGCAATGTCTTCCACGGACCCAATAGCTGA
TTGGTTGAAAGTGACGTATTGACTGATTTTACGTCACTTACAGCCAATCA
GCTATTGGGTCTGATGTAATGTCAGAAGACATTGCAGCGATGCATATCAT
GAATACTTGCCCTTTGACGTAAATTATTAACACTGTACTGGCTTCTTTGT
GAGTATCACTTCCCAGGTACTTTTCACAATTATATTTTGTAATTCTTCAA
AACAAGCTTTGAAATTCTTTAGAGACATTTTTATCATAACACTGTTTATT
ATTTTTCAGATTTTATACAAAATGGGAAGCGGAAAGCGAACGTTATACTC
GATTACATCACCAAGCTGATCCACTATTTTTATCGTGTATATAATTTTTT
ATACGAAGAACTAGAAGAAAATGGCGTCCCTTCCTAATCGATAACCGGTG
CTGAATAATCCGTTTAACATCAAACAAAGATTTTCAAGTATTTTTATTGT
GTTTTAAAGAGAAAAAGAACCATTTTCATGTAAATAATAAGTATAATACA
AGAAAGTGTTTTATCGTTCTATCGAAGTTTAAAGGTTTTGTTTTTAAATA
AAAGTGATATCGTTTGCTTACTCATCAATTTTAATTTATAAGATTTTTCA
CATTGGATTGACATGGATGTGGAGTAAGATTGGCCAGAAAGGGGAAAAAA
CAACATTTTTTTGCCTATATCAGCATAATATAACAATAGGGAGACACTAT
CCTGATATGAAATATGTGTCTGATATGAAACGGGAACACTTATGTAAAAA
TAAAACCTTTAA
Gene-mRNA-Prot
The following transcript feature(s) are a part of this gene:
Feature NameUnique NameSpeciesType
TCONS_00058512TCONS_00058512Clytia hemisphaericatranscript
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_311supercontigscaffold_311:104039..114850 -
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
70.9	66.56	182.84	210.89	117.95	94.98	73.31	75.14	63.48	53.63	49.26	45.98	30.15	39.43	37.01	36.19	59.77	61.43	17.68	21.6	46.59	43.11	65.07	49.87	37.01	42.28	42.49	30.57	42.53	39.76