XLOC_000105 (gene) - C. hemisphaerica

Overview
NameXLOC_000105
Unique NameXLOC_000105
Typegene
OrganismClytia hemisphaerica (Jellyfish)

Sequence
The following sequences are available for this feature:

gene from alignment at sc0000001:816700..827225-

Legend: gene
Hold the cursor over a type above to highlight its positions in the sequence below.
>XLOC_000105 ID=XLOC_000105|Name=XLOC_000105|organism=Clytia hemisphaerica|type=gene|length=10526bp|location=Sequence derived from alignment at sc0000001:816700..827225- (Clytia hemisphaerica)
CGGGTAGCTCAGTCGGTAGAGCATTCGCTTGAATGCTCGGTTGTGGGTTC
GATTCCCGGTCACCGCCAACTCAGCGGATGAGTAGCTTAGATTGGGCAAT
CTGATCTAAGCGGTAAGTTACTGGGAGCTGAAAGTAGGTATGACGCTCCA
CCTCAGCATTCGATCTCTCAGGTCTAGCGCAAATAGAAAAGGGGATAGAC
TCCCTCACTCCCGGCTCCGCCGACAGCCACCAGATAAATATACTTACTTA
CAAGATATTAAAAACATTTTAACGCTAAATTGTTTAGCAAAATGGACAAA
ATACTCAAAAAATGTTTTATAATGATTTATTCTGATATCTGTTTCAGGGT
TAGAAAAAAATCAAAACAATGAAAAGACCATGGTACACAATGTCTAACCC
TTTAGAGCAGTAACGTGACGTAATGGTGAGACTGTGACGTCACACCAATA
TAATCAGTCAGGCATGAATAAGGATGACTGGAGGTATGGGGAAGAATCAT
AATTTCATCAAGCTCTGAAATAAACAATTTCATAGAAACAGTTCGCTCTC
TCTAATTCGAGCTTCTTTTATTCGAATAATTCTGTAATTCGATCTAGATG
GTCGGTTCTACCTAGAGAATGGTATAAAATACTCTCTGTAATTCGAATCT
TTCTCTAATTCGAAGAAGATTCTTCGCCACTTGGAAATCGAATAAGAGAC
TGTAGACTGTATTTTAAATAATATTTGGTGAAAAAATTTGGCTTGGTAAA
ATTTGACAACGATGTCAACGTCACCTAGTTCTGGTCGCATTAGGCTCTTC
CAAAAAAAAATTTGAATATGGGAGGTGGAGGATATAACATTTTTTGGTAA
TCTATTCCCCGGATATTGTGAATTTTGACCCCCGGACAACGGATCTCACC
CCCGGACAAACATCAGTTGACATTCAGAATCTAATGGAGCAAGTTTGCCC
CAAAAACGAGGCAAATTTTGCAAATTTTTCACTACTTAAAACCCACAATA
AAAAGTGGTACCCTCTATCTCATTGTTTAGTTGGAGTGTAAGGCTGAAAC
TTTTTGTGTTGAAAGTACGTTGTCTATGATTGTCNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTACAAAAAAGT
TCTTTTGACCTCAAATTTTGAACAGTGATTCACTGTAAAGTTACTAATGT
TATGAATATACCATTAGTACCTAAATGATCTCAAAAATATGTGTTCAAAT
CAAAATACCCCTTAAAACCTACAAAAATAAGGCTAAAAACCACAAAGTCC
GACCCTTGCTAACGGGATACTTAAGCTGATGGATACAAATTTGGTGTTGC
TTCGTGATTCAATGGTTCAAAGACTCGCTAGAAATTCATTCCCACAACAA
TATTTTCAGGATTTCATGCCCATAATGCAATTGTGTGTGGTTTTTTCGTC
AAAAACGGCTACGAAAGGCCAAAACCTTCATTCGCTTCATTTTTGTCCTA
TGGTTCTAATGTTTTTCTAAATCTCCATCAAATTTGTGACATTTTGGTAT
GCAACATGACCAGGTTTTGAGAAAGTCGAATTTCAGATTTTATTGATCAT
CACCATAAAAGTGCTTTAAAGTAGAATTTTAAGGGCCTGTCATTTTCGTT
GGGGTCTATTCACGAAGATGAAAATGATTTTTTCATACCTACCATAAGTA
TAGGTATCTAAAAAGTATAGGTTTTATGACCTTAAATTCAATTGTGTAAT
TTCTAGGTCCAAAAAACTTGATTTTTTGAAGGGATTTTTGATAGAATTTT
AAATAACTTCGAATTTTAAGATACTTTAGCATGTTTAAATTTTTAAAATT
TGGTATTTTATGAAAGAACATTTATAAGAGGTTGTAAAAAAGTGAAACAT
ACCACATAAAATTAAATCTGGTAGTTATGAAAGCCAAAAATGCAACATTG
TGGGTTTTAAGAGGTATGTGGTTTTAAGGGGTATCCACTGGTAACTTTTA
AACAATAAATTTTAACATCAAATTTTTGTGTTAACAGCGTTTTGGTTTTG
ATAATTTTCAGGAAAAAATAAACGATCCTTGGTTGTCTCAGCTACCGAAA
TTTCTTTTGTGTGGGTCTAATTTTTAATAAAAATTTACATTGCTAAAAAC
GCTGGATCTAATTTAACATTTTTTTGTTTGTTTTTAGGTATTCAGTACCA
CGAAACAAAATATTCAGCAATCAGTAATAAAATTGAAGGTAAGCTCAAAT
TTTCACCTGTCCTTAATATGTTTTTCTTTGTTGGGGGCGGTTTGGCGGGC
GGTTCTCTTTTATCATATTTTCGTTTCACTCGACTGTTCTTCATCTTTTA
GCACTTTTAGTCTCAGATTGTTCTTATCCCACTCTTGCACAAAAATAGAG
AAAAAGTACTGTAGTGCAAAAAAGAACATTTTTGGATGTTCTTGTAAAAA
CGTATAATTTGGGGTTCAGATTAACTCAAGATTTTTTCACATTTTTAAAG
GAAAGTTAATTGGAAGATAATTAAGTAAATATTGAATAATTGAGATAATT
TTAGCAATTAAATGCCGTGTTAAATAAAAAGTAGTTATCAATTATCAAAG
AAGGAAACCGCAAAATAGAACAAGTGTCAGAGACAATTATCTCACAATCC
AGCTGCCTGGAATTTCAATGAAAGAAAACACCATAGTTTGCGTTGAAAAT
GTTGTAATTTTTGTACGAACAAGCGAGGCTCAGCCTTGATTGCCCAAACA
AAAAAAAAAAAGTTTTATACTGAAACTTTCTGGGCATTCGAGGCATCTGT
TTACAAAACACCAAAGTGTGTAAAATAGACTCATTTGTAAACTTTCCCCC
CTGATTTTCATACAGAAAACTATATTTCCAGGGGGTTTGGCTACTGCTAA
TGGCATGTTTATATGAGGCAATGCGTAATAAGGGTTTTTCGGAATTGATT
TTTTCATATTTTTGTGAACCATTCATTTTTCTTTATGTGGAACTTTTAGA
GTTTGTGCATGTGAGAGTTGTAGAAATTTGTTTGGCGAAAATTTTAAATT
TTTCTTAAAAATGGTCTATAGTTTGCGATCGAGAACTGATGAAACAACTT
TCGAGCAACAAAATATTACGACAAATAACGATGCTTATAATATTTATAAC
GACTGTAGTTACGAGAATGAAAATTACGACAACGAGAGTGAAATTTACGA
TGACAATAACAATAATCGGTGTGAATCTCCAACTTACGAGAATGGATACA
TGTTCCGTAAACAACCATTAACGACAACTTACGACAATTTTACGACCAAT
CTACCAACTGGTATTATTAAACCGATCCCTGTCACTCGTAAGCCCGAAAT
CGAAACGAGTATCGAGAAACCGACGACAAGATTTCGAGCAAGGATTCACA
GTGTCGATGATATACTTGATCTATCACCGAAACTTAAAACACCGACAGAT
TCGGTAACTTTCGTTTTCAATAACGGTCAGTCTAACACCGTCTTTAAGGA
GAAAACTCGCAACCGTAAAAAAGTCGTAACTCGAGTTCCACGTGTGACAC
GACGACAAACGACGACAGCTTTTGTTAAGCCACGACAATCGAAACGAATT
TCTCCCAACAAAGACGATGAAGGTAAATGACTAAATTCGTTTTTTTATAA
GAACAAACTATATAAGAACATTAATTCTCGATGGCTGATATCAAGAATCA
AAAAAATCAAAAAATTTTCTTCTAAGCAATGAAGGCCTATACTAATATTA
GCCCTGTTTAAGATTTGGTGAAAAGATTAATCTCATTTTTACATACAATA
CACTGGTTTAGCTTTAATTGACATCTGATCGATGTTGAGCATGAAACGGT
TCTAATCTAATCAACATTTTTGAGATTTTGAGAGGATGTTTCTTATTGTG
AAGATTGAAAATAAGTTATACTTTTTTGATTAATTTTGTAATAAACTTTG
CTGAGTGATGGGCTAGAGAGCATGAGCTCTAAGCATGAGGCCCTCAGCAG
TTGGCATGATGGCGTTCTGTGATTTCAAAAAGCATGACACGTGATTGAGT
ATAAGAATTATTTTGTTTTGGATGATGGAGAAAAATTTCGGTGTGATCGT
CTGGTTGTCGTGATGACGTGATCATAGCTTGTGTCTGACTTTTTTAGGCC
TAAAATAAGCACTCTCATAAATCAGTCAAACTCTCCCTCTTCAAACAAAT
AATTTACGTTCTTTGTGTTCCAGTTACTTGAAGAGGTTTTTCAGGGTTTT
TCCAACGTTTGAAATTAAAGAGGCGATACCTTCGAAAGTTTACTTCCATT
ATGGCGTAAGTTACGTAACTTAGTCAACTAGAAAGACATCTTTACTTCAT
CTTTATTTTGAGTATATTAAACAAATTCTGAGTACGGAGAAGCCTGGGTC
CTAGTCAGAAAATCTGCCGTATACTATCTTCGCTTTCTGGTGTGAATGAT
GGCACTACTTCCCCCCCCCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTCTTTCCCCCCCCC
CCATCAGAATTTTTAAAGGCAAAAAGTAGTTGAACTCTAGCTTCTGGACT
ACCTCGGTTCTGGTTTTCTTAGTGAAAAAAACCTGCACACAAATTTAAAA
GAAATCGTATGAATGACTTACCTTGCTGATTTAATCTATGAATTTGTGTT
GTCGGTTCGACATTCTGTGTTCCTCGTTGTCGATTCCCTGTAAAGAAAAA
CAAAATAATTAGAGTCGAATCTTTATACCTTATCGGCCCTATTTACGCCG
GCCCTTATTGGCGTTATTTTTTGGCACGTGGCGTAATAAGAGCTGGCGTA
AAAAGGGCCAAGATTTTTCAATTTTTAGCTAAAAGTGGCGTTAATCTTCG
ATCATCATTTTTCAACTTAAAGGATTTTAGGTATGATTCGAAGACAAAAA
TTATCCATTGTTTTACTCCATATCTAAACCAGTGATTTTGAATGGAATTT
TCAATAATTTACTACCGAAACATGATATTTCAATATAAATTTTAAACATT
ATTCAGCATTATTTACTAATTTGAAGCATTAGTAGCCATTTTTACAAATT
TTGGCGTTATTAACGGTCCTGATTGGCGTAAGGCCAAAATTGGCCTCTGG
CGGAATAAGGGCCGACGTAAAAGGGGCCGGCGTTAAGTTAGGGCCGACGT
AAAAATGGCCGATAAGGTAACTCCAACACGTACGGAAAACTCTTAATTTG
TTTAAGTTATAGAAATTTCGAGTTAGGGAGTAAGTTTTATAAGGTATTGT
TAATTGAAGGGACAAGAAAAATTGAGATGAGTAAATCAAATGGGATGTCT
GATTTGTTATTGAGCTTCTTTTAATTTTCCACATTGTACTACGCGTTTGA
CCTTTAGATTAAACAAAAATGTACGTCTAGTAGAGAGTGAGTTTCTTAGC
CACATGCTTACTGGGCCAGCGAATTTCAAAATACCTTTTTCGTAGTAAAA
GTATTCCAGAAGAAATTGACTCCTTAAAAAACTGCATTTTAAAAAGGTCG
TCCCGTTAATCACTATTGAAGTATCTCAATGATTNACTGCATTTTAAAAA
GGTCAACTCCGTTAATCACTATTGAAGTATTTCAAATGATGTTTTGTTTA
TCTTTTTAGACCCTGGAGGTGTCAACCAGCTCGGCGGCGTATTTGTCAAT
GGCCGCCCATTACCCGATTATATGCGCCATCGCATTATCGAACTCGCACA
ATGTGGTGTCCGCCCTTCCGAGATTTCACGCCAACTACTTGTTTCCCACG
GATGTGTCAGTAAAATATTGGGGCGATATTATGAAACCGGATCTGTCCGC
CCGGGTGCGATTGGCGGCAGTAAACCGAAAGTCGCAACGCCTAAAGTTGT
TCATCGAATTGTTAAACTTAAAGAAGAGAACCCGTGCATGTTTGCGTGGG
AAATAAGGAACTCATTATTAGCGGAAGGTATATGTGACAACGGGAACGTG
CCTTCCGTGAGTTCTATAAATAGAATATTACGTAATCACGCAGCCGAAAA
AGAGACTAAGGAAGCAAAAATGAAACAAGAAGAGCTTCAAAAACAAAACG
GTTTCGGAATGCTTAATAATTTCAATTTCGGTAATTTCGCTACCGCACCT
TTTAATGGACTTAATACGATAACGGGGACTCAAGACGCCGCTACAAATGC
GGCCGCGGCTAACGCCGCTTATAGCCAGTTTCCGTTTTTTAATACGTCAT
TTCCGATTCTAACGGGCCCTCTTCAACAGCAAACTACCGCACAACAGTTA
TTGTCTTTACCGTTAAATCAAATGTCGCCGGAACGCAAATTTAAGACGCC
GACAAATGACGGAGTGTCGTATCAAACAATAGACGACACAACCGGGAATC
CCTTCCACGACCATTTACAAGGTTCCGTTGTTACGTCAGCTGCCATAAGC
GATTACGCACAAGTTCTGAGTGAAGAGTCACTACGGTCGACCGGGGAACC
GGACCTACATACCGGACACGCCCAACATCAACAACAACATCAAGTGAAGG
ATATATCACCGAACTCTTCAGTGTTAGTTGATGACCATCATCATCACAGG
AATGACCTATTGTTATCCAAAGGTAATTCACAAATGAGTTTTAAATCTGT
TTTAATTCGCACGTGTTATATGCACCAAAAATCATGTAAACAAAGTTTCT
ACATTATCGTCAACATGAAAAGTATGGGCAATCTGACTGGGTCAAAACGC
GTACCATACATAAATGCTGTTTTTCATATTGTACCGTACAAATACAAGAC
TGTGTTCAAAAAAGGGGTCTGGTAAGCGAGAGATTGTATTTTGCACAATT
CTATGGTTAGAAATGTTTTCTTTTCACTTGCCGAATTCTAACGGTTCAGA
GTTCCGAGTTCGTACATAAATCGCTAAATTAAAGCACTTAAGATTAATTT
CCAGTTTTAAGATCTTGAAGAAACATTATAATAGTAAAGTCTGTCTCAAT
ATAAATTGCAGCGGAGACAAAAAAGACTATAACTTTTGATAGAATTCGAA
TTTTAGATAGCAGTTTTTTCGCTTGTTGAAAAGACAAACAGGAGTGGAAT
ATTATCATGAAGAAAAAACTTAAAAAATATCGGAAAATGAAGATTGAAAA
TTAAGAAGAAGAAAATCAACTTCTTCAATAATCGTCCTATAATTATCATT
TTTACATCAAAGAGATTTGTTCCATCGAAAGATACAGTTCAAAATTTATC
ACTGATTGACTTCAAAAACCATCAAAAACAACAAAAAAGAGCCCTTTTCA
AGTTAACCAGGGCAAAGTTTTAAGCTTTATTTTTTGACTGAATGAAAGTT
TAATGAATTTTTCTTTCGCATTTATGACGTTCTAAGATTAAAGAATTTCT
GATATAAAAATTAAGATCATAGCATTGTTTTACGAGAAGCTGAGTTCTTC
TTCATTTTTCATCTTCGTTTTTCGATCTTTTAATTTATTTATCATATTCG
AATTCTATCAAAAGTTATAGCCTTTTTTGTCTCCGCTGCAGGTTATATTG
GGACAGACTAATAATATAGAGACAGACAGAATAATATCGTATCAAATTAT
AAGAAATCTTTTAACTTTCGTGAAATATCATTCAATCATCTGCCTCTTTA
ATTTCAGAAGACCATACGAAACTTATCCAACACTTAGAGCAGGGAAGTAA
TCAACTCGGAGCAGCTAACCACCAAGATGGACCCTCCAATCTCACTCATG
TCGACCCTACCGGCCTCTNCTTATCCAACACTTAGAGCAGGCAAGTAACC
AACTCGGAGCAGCTAACCACCAAGATGGACCCTCCAATCTCACCCATGTC
GACCCTACCGGCCTCGTAGCGCCGCATCAACATCAACAACAAACACACAG
AAAGAAAAGATCGTTAGAAATATCACCGACAAAGTCAGACTCCAGTAAAG
AGGAGAATAATAATTTGAAGCCAGGAAATTCTTTGATGAGTGAACAAATG
AGTCCTGATATGAAAAGACGACGATTTGCAAGTGAAAGTCCTGTTTCATC
TGACGTAAGTGTGATATTAAATTTTATTGCTTTTGAAAGTAATTCCTGAT
AGACTCTTTTCATAAATTACGTCACGAACATCACTTGCCTTGTTTTGAAA
TTATTGCCATGCATAGCAGGCCATATTTTAGAAAGGCAAGGCAGCTTTCG
TTGGTGGCCAAAAAGGGCACTTTTTCTTATGTTTTTCCACTAAAAAGGCT
GTTTTTATCAAAATTTTAGTAATTTCAAGAGGGACAGCGTCCGATAGCCG
GACGCTTAAAGGGCATGAAAGATGGCCTGCATAGTGATTAACTCCCAGCA
GATTTTATTACGAGTTTGGTCAGAAAGGGAAACAATTTTTTGTTAGGAAA
CAATAGTGAGACACTGTCCTGGTATGAAATAAAGTATGTGTCTGATATGA
AACGGGAACATTATGTAAAAATAAAACCTTTAAAGTGGTCAACGAACCCA
CGACACTTTCTTTTACTCTCAGTCAGTTTAGTTATCGACAATCTACCTAG
AAAAGTCTGAGAAATCTTTCTTCAAAAGCACCCATGTTTTTATTTTGAAA
TTCGTAAAATCCTTTTAAAACTTTTTTCTTTACTCTAGATGTTGACACAG
AAGATTTCACCCACATGGTATAAATATGGCGCAATGTTCCCTGGCAACGG
TAACCTAGTCAACGTAAACAACATGAACGCACTTAATCAAATCAACAATT
CACTCGGTGCCNTGGCAACGGTAACCTAGTCAACGTAAACAACATGAACG
CACTTAATCAAATCAACAATTCACTTGGTGCCTTCAATAATCTTGGACAA
TTTTCAAATAATGTTAACGGGATTAACGGATTAACGACTCTAAACGCATA
TGCTAACAACGTAGCCGCCCTTAACGCCATGACGTCGATGGCGGTGAACG
GGAATACGCTAAATGGGTTGAATTTACAGAACTTGAATAATCAAGGCGTG
ACCGGTTTTACGCCCACCTTTGATGGCGAACGGTCGCTTGGTAATAGTTT
GAATAATATATCGAATAATGATTTCGGTGGATGGCCGAATAATTTTGTCG
GGATTTTATCGGATTCGCCGTCGTCTTATCAACAAAATGGCGGCAATATT
GGGTCTGGGAATAATTCAAATCAAATCAATCCCTCGTTTGGATTGAATAT
GTCCTTCACGCCCACGTCGAAAAATTTAATACAAGGACTTACGAATTCTA
CGTCGCCGACAAGTGCTTTGTCGAATTTGTTACCAGGGCAACAAAACTTT
TTTATACAAAACAGTCCGCAAATGAGTGGAACGGGAAATGGTAGCGGAGT
AGCGAATGTAAATCAAAATGGTGGTGGCGGTTACCAACAACAACAAACGC
AACAACAAGATGTTTTAAGTTTAAAAATGATGTCATCGCCAAGTTTGCTT
ATGCGAAATACGAATGTTAATGTCGGCAACTAAAAACCGAGAAACGACGG
GTGTTTCTCTTGAATTATAATAAGAGTTGACCCTTTTTAGACTGCGATTT
ACGTTTTGTGTATTTTTATACAAGATTGTGTTATGCTTTCGCGTAAAAGA
AAGCTTGTGTGAAGTTTTTTTCGTTTGTTTATGTACTTCAATGTAAACAA
TTTTGAATCTTCGTTTTTTTTACCGAGTGACCATTGTTGTGTGTTAAAGT
CCATTTTTGTTTGTCTAAAGGCTGGTCTCCGCTTGTGCGTCTTCCACGCT
ATTGGTCAAAGGAAAAATGAAACAATTCCATTGGCGCGATCTGACGTAAC
GTTCCAAAAAAGTTGAAATGTAGTCAACTTTCTTTTCAAGCGCGCACTAC
ATTTTTATGACGTAATCTTTTTTACAAGCAAAATTGATTGAAGCCAAAAG
GTACAATCGCAGCGCGCGCAAGCAGAGACCGCCTTAAGGGATTCGTAATC
GTATAGTGTCGGAAAACTACTAGATGGTTTTTAATGTTGTGATAAATTGT
GTTTTGCGGTATCTGTATTGTTGAGCATGACTGACATTAGAAACATAGAA
AGAATATAAATTCTATATTTTTGTACATTTTTGAAGACTTTTATCAAAAT
ATTAGTAAAAATATATACACCAGTTTTACTTTCATAACATTTATATACAG
CATAAGAGAAAATTTCTTGAACTTAA
Gene-mRNA-Prot
The following transcript feature(s) are a part of this gene:
Feature NameUnique NameSpeciesType
TCONS_00000178TCONS_00000178Clytia hemisphaericatranscript
TCONS_00000177TCONS_00000177Clytia hemisphaericatranscript
The following polypeptide feature(s) derives from this gene:
Feature NameUnique NameSpeciesType
TCONS_00000178-proteinTCONS_00000178-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000001supercontigsc0000001:816700..827225 -
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
0.1	0.1	0.35	0.54	12.85	12.87	29.58	31.99	6.79	5.25	19.94	14.81	19.43	15.96	15.37	37.67	19.89	20.11	0.23	0.16	9.37	10.89	5.15	6.18	9.18	11.29	1.76	0.58	0.05	0.04