XLOC_006717 (gene) - C. hemisphaerica

Overview
NameXLOC_006717
Unique NameXLOC_006717
Typegene
OrganismClytia hemisphaerica (Jellyfish)

Sequence
The following sequences are available for this feature:

gene from alignment at sc0000134:193770..204399-

Legend: gene
Hold the cursor over a type above to highlight its positions in the sequence below.
>XLOC_006717 ID=XLOC_006717|Name=XLOC_006717|organism=Clytia hemisphaerica|type=gene|length=10630bp|location=Sequence derived from alignment at sc0000134:193770..204399- (Clytia hemisphaerica)
CTTGAACGCACAAACATTCCAATCGAAAAGTGGGAGATGGCGGATGAAGA
AGCGGGAAAGGTGAGTAATCGACAGTTTTATTAAATTCAAACTTGCTTTT
AAATTTAAATTTGTCTTTCTGAATTTTCCGAAGCATCATTATTACATTTA
CATGTTCCGGTTAGTGGAGCCTATTCCCTCAAATATATTTTGCTACTACC
TTGCAGTGTCCATGTGTATGATTTATGAATTTCTAAATTTTTGATGACTG
TCACGACCCTTGACATGGATGGCCCAAGAATTCTCGGGCCATGTTCGGGA
GACCCTATCATTTCTTTTGGCCCGAACATGACCCAAGTCATTCAGGCCAT
GTTCGGGCCATGTTAAATGTTAAATTGATTCAGCATGTCCAGTCAAACAA
AATAGTACAAAATAAGATTTGTCTGTTTTGTTTATATCGCTCAAAAAGAC
TTTACGAGCTTCCTGTGGACACACTTCAGTTTAAAACCAGGACCAGTTTA
CTAGCAAATATTTCCACCCTAAGTATATTTATAACTATGTTTTCATACCA
AATAAGACATTTAATATTTATATGAATTTACAACATTCATATATTTAACC
CTTTCCGTCACAAGTGTTACGCGTAAGCCAAATCGCGTATTACGAACAAC
CTCTAAATTGCCGAGTACAGGAGAAAAAAAAATCGAAATTCAAAATGGCG
GCCAAGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCGTGCCGATGTCGTATATAT
CCGACATGCAAATTTTCACTCTACTTGCCAATGTCGTATATATCCGACAT
CAAATTTTTTTACCTATTTGCCGAGGCCTTTAAAAAAGAGGCAGCTCTAT
TGCCGAGAAATCAGCTTTTAGGAAAATGGTTTTCTTATTTTGCCAATGTC
GTATATATCCGACATAAAACAATCCAAATAGTAATAGTGACAGTATATAT
TAAGTGCTCAAAAGATTTATTTCAGGTTTATTTTAGTCTATCATAAAATA
TATATAAAACAAATGTCAAATACAAATNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAGTGACAGTATATA
TTAAGTGCTCAAAAGATTTATTTCAGGTTTATTTTAGTCTATCATAAAAT
ATAAAACAAATGTCAAATACAAATGTCAAACATTGGCAAATACGAATAAA
ATATCCTTGTCGTATATATACGACATGCGGCAACACGAGTTAAAATTTGC
ATGTCGTATAAATACGACATCGGCAAATCAGGTTACTAAAAAAAATTACC
CCTCGGCAAATGGATTGGGGTACAAAAACAAGGTACCGGCACGCAAAGGG
TTAATATAATTAATTGAAACCAAGTTTTTCTCAAAGAAAATGTTAAAAAA
ATTCAGTCCTGAAATTACACGCCTTTTTAAATCATGTTTTCAAAAATTGG
CCCGAGTGTGGCCTGCGTGTGGTCCAAACAGAAATCTGCCTCACAGCCTG
AACCCCTCCTTGGTATATATTAGTATACAAAACTTTTCCAGCCAACCCAG
AACAGCCAAAAATATCCAAAAATAGACCTTTTCAGGACCCTCCCGGCACT
CCGGAAATATCCGGAGAAAAAAGTGCCGTTTTTTTGTGCTTCGGAACACC
GGGGAAGATTATGGTGGCCGAATTGCCGTGGTAAAATTTCCTTAGAAAGT
ATGCAAAACATATGCAAAAAGAAAGTATTAATATAGAACTTACATGCATA
ATTGGCATTATATTAAAGTGTAATCTTGTAGAAGAAAGAATAAATTTGCT
TCTTTTGAAAACTAGAAATAATCAAATTCGCCCATCTCTTAGAACAAGCA
CTTCAAAAAACATAACATTAGACATAAACTCAAACTGAAAAATCACCCGC
GAAGGTAAAAAATAATCCTTATTCGGCTGACGGTAAATTATTCTCCTGGG
AATAGAACCGCCANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCATAATTACTGCTTT
CAGTTTGCGTGTTTTGAAAGTTGGTGTGTGTACTCCGTCTTCGTGGAATT
TTTTAATGGCATGAAAACAGAATATGCAATAGACCTTTTCGCCTTTGCGT
CCGCCATATTGAATTGTATGCAAAAATTATGGTTGCCGAATTGCGGTGGT
GAAATTCCCTTAGAAAGTATGCAAAACATATGCAAAAAGAAAGTATTAAA
TAAAAACTTACATGCATAATTGGCATTATATTGAAGTGTNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNCGTCTTCGTGGAATTTCTTAATGGCATGAAAACAGA
ATATGCAATGTCTTTAAGAACAAATTCCTAAAAGGCTTTTGTTGTTCTGT
AAATATTTCCTTTTGGAAATAAAAATCCAACCACGGCATTTTCGTTCCTG
TATTTTTGCATACAATTCAATATGGCGGACGCAAAGGCGAAAAGGTCTAT
GTCTTTAAGAACAAATTCCTAAAAGCCTTTTGTTGTTCGGTAAATATTTC
TTTTTGGATTAAGAAATTCCATCTTTTATTGTTCTAATGATTATAAAATT
TATTTATAAGATGCTTTGTTGTCTTTTTTATCTTTGTGTAAACTTGCATA
TGTTTTGCATATTTTCCAACTAAATCCAACCACAGCTTTTCGTTCCTATA
TTTTTGCATACAATTCAATATGGCGGATGGAAAGGCGAAAAGGTCTATTC
TGGAGCACTTCCAGTGGTGGTGTTCCGGAGCACAATTACCAGTGACTGGT
CGGCACTGGAACTCCAGAATATTCCGATGCGTGCACTTCCGCTAACTGCG
CACGCACGTATTTTTTAAAAATCAGCTGACTCATTGTAGTTTCGATATTG
ACCAGTGATGCTTTTGAATATAGCTAATGTGACAAATTCAATTTCATTAA
TGGCTGAACCATCATCCTCAAAGACTGTACAAGCATTTTATTTGATCAAA
GTGTCCATCACCACCTGGGGGCAAATAATTTTTGTAACCATTTTTAAACG
GTTTTTTAGAACGTGATAAAAATCACTTGCTCTGGAAGCACCAGAAGAGC
TCAGGAACTTTCCGGAGAGAAAAGTTGTCGTGGGTAGATTGTAATGTAAA
TGACTCTCCAGGATTTTTGTACTTTCTCTATTTCCTATCTTCCATTCTAC
TTTCTGATGTTATTCTGAGTTGAACTGTTCTAAGTTATATTCTGACTTTT
TTAACCTATTTCTGAAGTATACTCCCTTACCTCAGCTTGAACCACCAAAT
GCAAGCAACCTTGGTTTCCAAACCCACGGACACGGCAGAAATCGAAACAA
ACAAATACTTTTAGGGTGTAATTTAAAGACTCTATATATAATAGCTCCCA
ATCCTAACGGTGCCCCTAAAAAGGTTGCTATGCAGCCCTATGTTGTGACC
CTCGAGTCCAACCCTGACCCTAACTGAGATAATAACAGAACCCCCGTCTA
AATGGAACCACCATACCCCCGTCTAAACGTTTCTGCATATTGAAAAAATT
TTCGCCTTGGTAGTCATTTACATTCTACCCAACACCGAGAAAAGTAGTGT
TTTTAGCTGCTCCGGGAAACTCCCGCGCGGGGAGGGTCCTACCTTTTTCT
GCCTATTTGCGCCTATTTGCTTTTCTATCTGCCATATTGAATCATATGCT
GAAATACAGGAACGAAAAAGCTGTGATCGAATTTAGTTGGAAAATATGCC
ACAAAAAATATTATGAAATTTTCCACAGAGATTTAAAAGACAACAAAGCA
TCATAATATAAAGCAATATTATACTATTAAGAACAATAAAAGGTGGAATT
TCTTAATTCAGGAAGAAATATTTACAAAAAAAGCCTTTTAGAAGTTTTTA
CCCAAAGACACCTCCGTATTCTGTTTTGATTCCATTAAAAAATGGAATAT
ACGTACCAGACTTTCAAAACACGCAAATTGTAACGTCTCACATTATTTCC
TGTGCAAGAAAATATTAAAACCCTGCTTTGATATACAAGAACAACTGCAA
CACGTTAGAAAAGACCGCTGTAAATCAGGGGGTTCAGATTAATGTTTTGA
TTTGATTATTTTGTGGTGCTATTCCCAGGATAATAATCTACCGTCAGCCC
AATAAGGATTATTATTGTACCTTCACTGGTGATTTTTAAGCTTGAGAATA
AAAAATATAATAAACTAGACTGTGAAATAGTTCACCGCCTAGATATTCAG
GTCAAGTCCAACACTTCTAGCTAGCTAGAGCACAAAAAAGGTACTTTTTT
TGCTACCATTTGCATGGTAACCTAATCAATTTTACACCATAGGCCATCCA
ACCTTTTCACTGTACACCACCAGGGTGTACCATTTTAAGGACTTTTTGCT
TTGTAGACTTCTCTTTTATAAAGAAAATCAATAAATTAAAATTTAAGATT
TAGGCTTCTCCTACAAAAGACTTATTTCATATTTTAAAGAGTTGATGATC
AATCACTAGATTTTAGAATAGGCTCAATTACCTATCGATTATTAAAGTCA
ATCAATGACCAATCCATCTCGTGCAAGCCTAATATTTTTTCCCTTGTGGA
CTTCAGGGGAAAACAGGTGAATGATATTCTTTGAAGGAAGAACTTACGAA
AAGACTTGTTAACAAAAGGATGTCTTTTGAGGCTGTTTGAGGTTTAGACT
GGATCCTATGAAAATGAAGAAAACAAATTACAATGGGTTCTTTTGTAAAC
TCCTAAACTCTAATTTTGTTCTCTTCCTCCCTCAAGCCCTCGTATCTTAG
GGTACGGGTTTTGGGCATCTGAGTCACAAATCAGCAAAAAACTGGTGTTT
TCTGTAAATCTGACAATCCCAAAAAGATCTTCACGGAATATAACAATGTA
AAGCTAAGAACGATGGCCATCTCATATTACATAATGAGTGTTGATTAAAG
TTCCTTAGGTTGAATTTTTATCTTCAAGTACTTTTCATTAATTACTAGCC
ATGTTGAATGCACAAGAAATTATAGAACAAGGTAACAAACCTACTAGTCT
ACCAGATACTGGTGGTCTTAAATTCTTTAAAGTTGACGAGCACGACAAAG
AACAAAAAGAGAGTATTGACTATACATTGGATAATTATGCGCAGTGTCTT
AAAGAGGAGCGTGTGTGCAGAAAAATGAATCTATCAGTTGCTTCTTGGGA
AGATGAACTCTCCCTTGCTCTTGTTACCTCAATGAAAGGAAGTACAGTAC
AAAAATTTGGTTTCCAATCAAAAAATGGTAAATTTCTATACGCTGAAGAA
TGTTTGTTTTTGATGGAGCAAGGCATATTGGAACTTTTTGTGGATGAAAT
CACTTTATCTTTACAAGAGGCTTTCTCTTTGTTGCTTCCTTTACAACCCT
CCTTTGAACATTATCAGATTTATACAAATCTTTGTCGTCAAGGTTTCTTG
GTCAATCGTTACAAACCCTCCTTAAATGAAGATGATATTTCTACTGTAAA
TGAACATAATGAATTTCCAGATACTGAAAAATCATCAGCAGACTTGAATA
AAATTGATATTGATGACACTTTAAAGAAAGGTTATATGAAGGATTTATGG
AAAGGTGACATTACTCCTTTAATGCAACCTTCTGAGTCAACATCTACTGC
AGCCGTTCTTTCAAAGCTGCAAACATCAAAAATGATACATCTTAAAAAAG
ACAGTATGGAAGATAAACACCAAGACCTTCCTAAATTCAAAATCGATTTT
GACGTATACACTTCAAAGGAATTACGTAAACAAAATAAAGATACCAATGC
TTCACCACATTTTCGTGTCACAGTTTGTAAATATGACCAGGACCCACCAA
CGTTCAAAGATTTGTCTCGTTTAACCAAAGAAGCTGCGGGTGTTCACTTA
AAAATAGGTGTGGTAAATCAAGGCACTGTTACTTTTTATGGCATGTTTTC
TACTGACCTTCCAACTGTTATTTCTGTACCGTGAAATATATTTTTCTTTT
TTTTTACACTTTTTCACATTGTTATTTCTGTAGCTTTTTTATTTGAAATT
TTCTGTCCTTTTTTCCACCCACAATACAGCTACTTTCTATAAGAAATACA
ACTTCCCAGCCTTTTTGTGGGGTGAGAGATTTATAATAAATAGTGAGAAT
GTGTGAAAGTCCTGAAAAAATTTTCCTTTAAAATGTGTATTAAAGGTTTG
TAAATTGGGTCATCTCAATGCTTAAAATGTTTACAGTCTAATTCAATCAG
ATTCAATCCTTTTTTTTCAGTGAATAAAAAACAAAAAAACACAAGAAAAA
TATGGAAATTATATTATAAGCAACCAGCCTGCACTTGGTATGCAAGAAAT
CATGAAGACACTGTTTCGTTTAGCTGTTATCGTCCTCTCAATTTGTCTAC
TAATCATCACCTATACACTGACAACCTCCAAAGAGAACGCATACTCTAAG
TTTTCACACTCTAATGACAAGTAAGAATCTTTTTTTCAATTTCTTTCAGT
CCTGATTTTAAAATCCCCTCTTAAATCATATCCTATCTGTGTTTGAACTG
AAGCCACTTGTCCTAGTTTTTCGTCAATTTAAGGTAATGTCTTTCCTTAC
GTTTGATTTTTTTTAGAAAAGACCAGTAATATTTTCAATTTATCCATTGA
AATGGTGTTCATAAATAGGTTTCTTTTCCTACATTAGACTTGTTCCAAAG
AATGTTGATAAATTTGAAATACATCACATTGATCAAAAGAGTCGTGATGC
AATCGAATCAAATTGGGATCAATTTTTTGGAGTCACTCGTTCAAATAGAA
GGTACAATTAGCTGGTTTATCCATTATGTAAAAATAGACTGGAATTATAC
TTCTACGAATTCTTCACTAGCTGAGTATCCCTTATTGTGAGAGCGTTCGT
TGGTAAAAAGTGACGAAAGAATTGTGACTAAAGTATTTACCCTCAAATTT
TTGAAGCCGAGAAACTTATTACCAATGATTAATTTTGACTAAGAAATGTT
TTTTACCAAATAATTCCTGGTTACTTTGAACATTTTTTCGTTTAAGGTAT
TTGTACACTCTTTTTCCGATTTTTTTGTCACCAAATCTTTTACCGACAAT
TTTTTACCAATAAGATATTGACAAGGTGAATTGAATGTACTCATTGTGAA
AAAATCGAATACACCTGAATGTTAAGAGTTATTTTGTCGAATAAATGTTG
TTGTGTCGTTATCAAACAAAAACAATTTTACTCAAGAATTCTTTTAAAAT
TCTCAATTTTCCAGAGGGAACGATGGTGCACAGGAAGTGGATCCTGAAGT
CAATGAGAATGAAGAAGAAAATGAAGAGGAAGAAGACTCCAAGCGATTAA
AAACAGGTGAGCATGATATTTGAACCTTTAGTCATCCCTTTGAAATAATA
TAATAAGTGTAAGAGTTTACAACTTTTATTTTGATTTATTTCGAAGCATA
GTTTGGACCCCTTTTTGGATGCGATGGTACCCTCCGAAAAAGCTGGTACC
CGAAGATTGACTAAGCATTCATTTTCTAGTTAGAATTGTGCATTTTCTTT
TTCCGTATTTCCTTTCAAAGGAGAATTTGTCTAAACTACATTGAGTTTGG
AAGTTTATTTTGTTTCAGTAGTAGTAGACATTAAAAGCATTCAATATTTA
CCATGGGGAACCGACGTCTTTCAAGGTCGGGGACAACCTCGTCCCTGTGT
ATCCCAGGCTTTGCTTGCGTTCCTAACGGACACCAGACAGTCTGTGTCAC
TAACTCGATCGGGAAGATTCTTCCAAAATTGGAAAATCGCTGAAAAACTT
TAAAATTTGATGCTTCTTCACCTCCAAAAAGTTTCAACTTTCGCCGGTTA
TCGTACAGCTTCGCCGAGATTCAATCAATTTTCAACTTCTCAAAGAGGAA
GAATCTTCCAAAACGGGCAGAAAAAAATAGAGTAAGTTCTTCCCGTTCGG
GAATTTTCTTCCCATTTCGGAAGAATCTTCCCGATCGAGTTAGTGGCACA
GACTGCCAGAGGATTATCTGGCGGAATCAGTAACCATAAAAGCTGTTAAT
ACACAGGGAAAGAGCCTGGGTTTAGGATGCCAAGAAAGGTGGTCTTCAAA
AGACCCTTTCCGCACTGCTCAGTCTAGATTTCCAAATTAAAAAGTGATTT
TTTTTAAGATGGGGCAGACGAAGAAGAGGAACAATGGGAGAAATATTTAA
TGAAACATCCAACAGCAAAGAAAGGATTGAAAAATGGTGAAGACGTCTTA
CAAAAGAAACACAAAGCTAACAAGAAGAGCAAAGGATCTCGTCATATCGA
GGAAGAAAAAAGAAACAAAGAATCTTTGAAAGTTGACCGAAAATTGGAAC
ATGTCCGTAAAAAGAAAGCTCGGCTAAAGATGAAAATTATATTAATTTAT
ACTGGACTTCATAAGAAAGTGTATTGGTATAATTTACCTAAGAATGAAAC
CAAAAGTTATTTGAGGCGTACCAAATGCCCACAAACAAAATGCCATATAA
CTTATGATAAACAATTACTGCCATTAGCTGATGCTGTAATATTTCACGAG
AGGAATATGCCTAGTCTGGATATGCTACGCACATTATCGAGACGACAAAA
CAGACCTATATCACAACGTTGGATTTACTTCACATCTGAGACACCCAAGA
ACTCTGCTATATCATCAGTACCCTATGATGGGCTTTTTAACTGGACCATG
ACTTATAGGACGGATAGTGATATTTATTTACCTTATTTACAATACAGAGA
ATTAGATAAAAATGAAAAACCACCACCTGTTATAAATTATGCGAAAACGA
AAAATAGTACTATTGCTTGGTTAGTTGGTAATTGTAATTTTGGTTTTCGA
ATGAAATTTGCCACCCTGTTAGCGTTGGAGACAAAAGTATTTGTTGGTGG
CGGTTGCCGTGACAACTATCCGGATCGTTTGCCATGTACAAGATGGTGTG
GTTTAGATACATTAAAGACATACAAATTCTACTTATCCTTTGAGAATGGT
GTTTGTACAGACTATATCACAGAAAAATATTGGAGATACTTAGAATTGGG
TCTAGTGCCTATAGTGTTGGGTGGCGCTGATTACAGCAATCCGAAACTTG
TTATACCGGGATCATTCATAGATGCTTCTAAATTCAAAACGGTCAAAGAT
TTAGCTAAATATGTTGAGTATTTGGATAAAAATGATACAGCTTATAATGA
ATATTTTACGTGGAAACAAAAGTATAAAATATGGCATCCACCGACTGGGG
ATTGGCCTTTTGAGAGTTATATGATGTGCGAGATATGCAAGAAATTGTTT
TCCAACCTACCCCCTAAAGTGTATACAAAATTATCCAATTTTTGGAATAT
ACATACAGATTGTGAGATTCCTGAAGATGATTTAACTGATAAGTTTATTC
CCAAAGATTTCGATAAAAATCAAGTTGATAAGGATGAATTGGAACGTATG
AAACATTCGAAAGATAACATTCCCAAAGATTTTGATGAGGAGGATTGATG
ATGGGGTATCTGGCGTTGATAAGTGTTACC
Gene-mRNA-Prot
The following transcript feature(s) are a part of this gene:
Feature NameUnique NameSpeciesType
TCONS_00011974TCONS_00011974Clytia hemisphaericatranscript
TCONS_00011973TCONS_00011973Clytia hemisphaericatranscript
The following polypeptide feature(s) derives from this gene:
Feature NameUnique NameSpeciesType
TCONS_00011973-proteinTCONS_00011973-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000134supercontigsc0000134:193770..204399 -
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
44.19	40.19	32.78	33.85	39.29	29.38	22.15	24.84	9.9	13.4	12.98	5.69	7.47	7.29	8.42	11.88	14.01	13	5.46	9.81	10.16	9.2	64.68	56.51	12.97	15.81	14.63	18.46	40.18	42.95