TCONS_00065833 (transcript) - C. hemisphaerica

Overview
NameTCONS_00065833
Unique NameTCONS_00065833
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length3575

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00065833 ID=TCONS_00065833|Name=TCONS_00065833|organism=Clytia hemisphaerica|type=transcript|length=3575bp
TCATAGAAAAGAACCAACAAAAATGAAttaaatattgacaaaaaaagtgC
ATTAGAATGTCAGAAGCTGCTTCACCAGTGCGTTCCAGTAACATTCCTGA
ATCCGTTGCATTGATCAATCTCCCTAACAACCAGCCCCAGGAACCTGACG
ACAACGACAGTGGATTAGACACTGGGTACGATGAACGGATCACTCATCGA
AGTATTGGTGGCCCGAACCACTTAAATGTGGTTCATAGAACACCCGCCTT
TGTTAAAAACTGTTGCCCGCCCCGAGGGCGTTTTGGTGAATACGCCACAC
GAATAATTGCTTGTATTGTAATATGGGCGGCTCTTTATTGCGTTGTCGGA
AGTTCAGCTTGGGTTGGCGGAAACTTATTCTCGTTGTATTTGCTTTTAGT
ACTGGCTTCTCTTGGTGGATTCTTGGTAGCTTGGAAGACACAATATTTTA
ATTTCCCAGCATTGTTAGGGATGTTGATCGTTGgttttctattgaaaaac
aTTGAAGCGATAAATATTGCAAAGAACATTGATTCTAACTGGTCCTCTTC
ATTACGTCAAGTCGCACTAGCTGTCATTCTTTTGCGCTCGGGCCTTGGAT
TAGATATAGCGGCATTGAAAAGACTTCGTTTTACTGTTTTGAGATTGGCT
TTTGGACCCTGCATCACTGAAGCTGTTACAGTAGCCGTTATGGCGCATTT
CTTGCTTGGCTTGCCGTGGTTATGGGCTTTTCAACTAGgGTTCATCATTG
GTGCTGTTTCACCAGCAGTTGTGGTTCCATCCATGTTGACATTGCAATTA
GATGGTTATGGTGTAGAAGAAGGCATTCCAACGCTGGTCATGGCAGCGTC
TTCTTGCGATGATGTACTTGCTATTAGTTTGTTTGGTGTCTTTCTTGGTG
TTTCTTTCTCAGAGGgAAATTTGTTATGGAATATATTTCGTGGACCACTT
GAAATAGCCATGGGTATCATCGGAGGTTTATTAATTGGCAGTCTGTTGTG
GTATTTCCCTTGGAAGAAAGCTGGAAATGCAACAGCCAACCGAAGTGTTC
TTCTGCTCGCATTtgctttcttgtttttatttggtAGTAATCAAGTCAAT
TTCCCTGGAGCAGGGGCGTTGGGCGTTCTGTGTTTGGGCGCTACAACTGC
TTACGGTTGGggtgaaaaagaaaagGTTCCAATCGAGAGAGTGATGGGAA
TTTTATGGGACATCTTTCAACCTCTTTTGTTTGGTTTGATTGGTGCAGAA
GTCTCCATCCAATACCTCAAACCTGATCTTGTCGGGATGGGCTTGGCTGC
ACTTGGGATTGGTCTTGTTTTAAGAATTGGTGTAACTTATTTTGCTGTCT
TGGGAAATAGTTTCTCAACCAAGGAGAAATTATTTTGCACTATCGCATGG
TTACCTAAAGCTACAGTTCAAGCGGCAATTGGTTCCATCCCTCTAGATAA
AGCTCGTCAAGTCGCTTCTAAAGATCCGACGGATGCTAATAACCAGGCCG
TTGAATATGGAATTCAAATCGTCACTTTAGCTGTGTTGGCAATCTTGATC
ACAGCTCCTTTAGGTGCAATTGGTATTTCATTAACTGGACCAAGATTTCT
TTCACAAAGAAAGAATGAAGAACTTGGAGAACCAGAAGCAAATGACGAAT
CAGATGCTTAAATGATACGTCGGTCGATGAGCGGAAGGGAAGTAGAGATC
TCTCGCAGGTCACGGAATTGtttcaaagatattttatcTAAGATGTTGAG
TGGATGTTGAGTGGGTATTTTTGGACGTTTTGCGTTTACAATTTTTGAAT
TAAAGAGGatgaacattttttaaacacacatatttttatacgattatcaa
aaatttttgtttttgtttcgtaTCGTAGTGTTTGTCAGTTTTATTTTGAA
CACTGCTAAACATGGGGTGTAACCCTTATTTAAAATCTTGGAAATATTAT
ATGCTTCattatttttaacaattttctaTGATAACATTGATCACCAAACC
TTCAACAATTTTCATAATCTGTAGAAAACAAACTTAAACAAGCATTTTCT
TCCTCTAGAGTTTGCTGTTTCTAGCTTTCATTTTAGTTGTTATGCTTTAC
TTTTGGCATCCTTAAGATGAAAAAAACCTCTATGGTAAGTCCTAATATTG
CTAActccttttctttctttctttatatttcataaaaacaaaaaagaaaa
tttaaaagaaatggcATTGGTTGAAACGTTGAAGAAAGTTGTTGACAAAA
CTATCGAAAACCGCAAGAATGACTTGAATGATATCAGTcaagaaatttgg
aaaaatcctGAACTAAGTTTCAATGAGGTCAAAGCACATGAATGTTTAAC
AAACTTCCTTGAGAAAGAAGGGTTCACAGTGTCAAGGAAAACTCCTTTGG
AAACTTCATTCGTTGCAAAATATGGAGATTGTACCGGAGGAATAAAAGTT
GGAGTGATTTGTGAATATGATGCCTTACCTAAAATTGGACATGCTTGCGG
TCATAATTTGATCGCTGAAGCGGGAATCGGAGCTGCTTTAGGGTTAAAAG
CTGCAATGGATTCGAACAAAGACCTAAAGATGAATCTTATTGTTTATGGC
ACACCCGCAGAGGAAGGTGGCAATGGGAAGTGTTTGATGATCGAAAAGGG
CGTTTTTGATGAAGCAGATATTTGTATGATGTCTCACCCTGCCCCTTATG
AAATTCCAAATCCATTATGGTTAGCTATTGATTCATATAGGGTCATTTTT
AAAGGCAAAACAGCACACGCAGCAGCGGCGCCATGGGAAGGAATCAACGC
ATTAGATGCCGCTGTAGCATGTTATAATAACGTTAGTATGTTACGACAAC
AAATGAAACCAACTAATCGTATCCAATGTACTATTGTGGATGGAGGAGAA
AGACCCAACATCATTCCTGAACGCGCGGAAATGGTCTGGGATCTACGAAC
ACAGAAAGATGAAGACTTAACAATATTACTTAAGCAATGGATGGAATGCG
CCAAAGGAGCAGCAAAAAGTACAGGGTGTGAAGTTGAATTCATTAAAGAT
TGTCTAACCTGTTTATCACTAAACACAAACCAAGTCATGATCGATCTTta
catggaaaatgcaaaatcacTTGGTGTTCCTTTTGAAGATGACCATATGA
GAGAACTTTTACAAGCCTCGACTGATATGGGGAATGTGTCAGCAATGAAA
CCATCTATTCATCCatgtttcaaaataaaatcggAAGAAACAAACCATAA
TCATGGCTTTACAAAAGCCGCTGGATCTGAAGAAAGTCAGTTACCCACAT
TGAATTCAGCAAAGAGTATGGCAATGACCGCTATTGATATTGTTTGCGAG
GAGGGACTTTTAGAAAAGGTTCAGAAAAGCTTCGAAGATTCCAAACCTTC
AGCCCTTTGAAGTAAAAGGGCTCATGAAGCAGAATTTGATCAGATTTTTC
ACATGAAACTACTGAAAATTTTGCAATActtctttttaaagattttgaac
aTGTAGCGATTTAtgtaataattttttcaaactttgctatttttagtGAT
TACTTAACAGTACACAAAAAGTAAG
Run BLAST on NCBI

transcript from alignment at scaffold_446:31062..44545-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00065833 ID=TCONS_00065833|Name=TCONS_00065833|organism=Clytia hemisphaerica|type=transcript|length=13484bp|location=Sequence derived from alignment at scaffold_446:31062..44545- (Clytia hemisphaerica)
TCATAGAAAAGAACCAACAAAAATGAATTAAATATTGACAAAAAAAGTGC ATTAGAATGTCAGAAGCTGCTTCACCAGTGCGTTCCAGTAACATTCCTGA ATCCGTTGCATTGATCAATCTCCCTAACAACCAGCCCCAGGAACCTGACG ACAACGACAGTGGATTAGACACTGGGTACGATGAACGGATCACTCATCGA AGTATTGGTGGCCCGAACCACTTAAATGTGGTTCATAGAACACCCGCCTT TGTTAAAAACTGTTGCCCGCCCCGAGGGCGTTTTGGTGAATACGCCACAC GAATAATTGCTTGTATTGTAATATGGGCGGCTCTTTATTGCGTTGTCGGA AGTTCAGCTTGGGTTGGCGGAAACTTATTCTCGTTGTATTTGCTTTTAGT ACTGGCTTCTCTTGGTGGATTCTTGGTAGCTTGGAAGACACAATATTTTA ATTTCCCAGCATTGTTAGGGATGTTGATCGTTGGTTTTCTATTGAAAAAC ATTGAAGCGATAAATATTGCAAAGAACATTGATTCTAACTGGTCCTCTTC ATTACGTCAAGTCGCACTAGCTGTCATTCTTTTGCGCTCGGGCCTTGGAT TAGATATAGCGGCATTGAAAAGACTTCGTTTTACTGTTTTGAGATTGGCT TTTGGACCCTGCATCACTGAAGCTGTTACAGTAGCCGTTATGGCGCATTT CTTGCTTGGCTTGCCGTGGTTATGGGCTTTTCAACTAGGGTAATATTTAT TTTTCTCATAGCAGCAATTATCCTGGCACTCTACGTCAGAGCAACGTACA CGCAACGCCTACGGGCTCTTATAATGTTAGATGAATATTTTAAACAACGT CGTGTGGCAGCTGGGTTGAATTAAATTCTTAGTTATAAAAGTGTTAAGTT TTAAATCAAATTATTTTCTTTCAATGAATCCAATAAAGAGATGAAATCGT TGTAAAATGGGCTATTCTAGAAATAGTCTGTACCCCTTATGTTGAGGAGC TGTGACGTCCAGGGTGGTTTGGAAAATAAAAAATCCAGTCTGGTTTTTTG AATGATAAAATCCTGGGTGATCCAAAGAAATGAGAGAAAAAAATTTAAGG GGTCCTGAAAAATCGGAAAAAATCCAAGGGGTCACCTTTTTAAAAAAAGA TTTCTTCAATATAGGGGGTAAAAAATTTTTCTGGGATAGCCCAATGACTA ATTGACTAATGACCACTCAAGCTGTAAGTAGACAAGGTCGGAGNTCGTTG TAAAATGGGCTATTCTAGAAATAGTCTGTACCCCTTATGTTGAGGAGCTG TGACGTCCAGGGTGGTTTGGAAAATAAAAAATCCAGTCTGGTTTTTTGAA TGATAAAATCCAGGGTGGTCCAAAGAAATGAGAGAAAAAAATTTAAGGGG TCCTGAAAAATCGGAAAAAATCCAAGGGGTCACCTTTTAAAAAAAAGATC TCTTCAACATAGGGGGTACAAATTTTTTCTGGAATAGCCCAATGACTAAT TGACTAATGACCACTCAAGCTGTAGGTAGAAAAGGTCGGAGTTGAGAAAT ACTAGTTGGTTTCTGATATAGATCTGTCGGTACAAATGATAGCGGAAATA ATTGACCTACCCTATAAAAGTTACTGACCATTTGAATTGCCAACACGATC TTCTAGGTTCATCATTGGTGCTGTTTCACCAGCAGTTGTGGTTCCATCCA TGTTGACATTGCAATTAGATGGTTATGGTGTAGAAGAAGGCATTCCAACG CTGGTCATGGCAGCGTCTTCTTGCGATGATGTACTTGCTATTAGTTTGTT TGGTGTCTTTCTTGGTGTTTCTTTCTCAGAGGGTAAGAGGTTTTTTATAT CGTAATGTTTCCAGGAATATTAATAGAAGAAACCAGTGAAAGTTTTTTAG GTCTTGATATAAAATAATTGATCGCTACCTACGCAATTCTTTATACAGAT GGTTCGTTTTTTTACCTAAAGGCTATTCATATTTAGCTTTCATTTGAACA CCTCTTAGGAAGAAATTTCGGGTTGGTGATATCGAACTTTTTGTTCTGGG CTAAAAGAATTTCATCTTCTTTTTTCTTCAGGAAATTTGTTATGGAATAT ATTTCGTGGACCACTTGAAATAGCCATGGGTATCATCGGAGGTTTATTAA TTGGCAGTCTGTTGTGGTATTTCCCTTGGAAGAAAGCTGTTAGTATCATC ATCATATTTTTCACATCGTATAATTTTCAGGGAACTAGAGGTTTCTTTTG AAAAATACACCTTTTCACTTACGACGTCGGCTTGGTAATGAGTTTATATT TGCCTTTTCACTAGACCATTCTGTGCTTGTGTTTATCGTCACCCAAACAA ATTTCCAATGTTAAGGCCGACCAAGCGGATAAAGGTTGACAGGTCTATAC GTTGCTTATTAATAACCTTTTTCATTGGCCCTTCGTCTTGGTTATAGCTC ACATAAAACGCCAGATATGAAATTTTTAACACATGTTTTTTACATTCTTA TACTTCATTACTGGACTTTTTCATTCCAGGGAAATGCAACAGCCAACCGA AGTGTTCTTCTGCTCGCATTTGCTTTCTTGTTTTTATTTGGTAGTAATCA AGTCAATTTCCCTGGAGCAGGGGCGTTGGGCGTTCTGTGTTTGGGCGCTA CAACTGCTTACGGTTGGGGTGAAAAAGAAAAGGTAACTATATGTATGATG TTTGACATGAAAGACTTTTCAATCTTCCAAAAAACTTGATTAGGCTCTTT AAAGCCGAAAAAAGATCCCATGAGCCAGTCTATTTAGCCAGATTATCTTC ACTTCAAAATGCTTTACAATTCTTTTCGGCTTCCTTACTTGATAAAAAAG AATATTCAACTGATGAACTTTATTTGTCTCATCCCATATCGTCCCTCATC CAGGGATATAGTCAATTACTCATTAACCAAGTTGGGGATAATGATTTTGT TATCCTTCTTGTAGAAAATTATGTATGTAATTTCTATCAAGGGTGATTAC ATACTTGGTAATGAGTAATTAACTTAATGACCTTGAGTCTCTATGGGTGA GGGTCAATATAAATACAGATCAGACATTAAGTATATCGGTNTTAGTGACG TGGTGGTACTGCAAAAAAGCTCAAAAATAATTTTAGTACCATGTGTACTA AAATACCAAAAAGGGTGGTCCCTTAAAGAAATTTTTGAAAAATATTAGTA TTTTGTTCTAAAATCAGCCAAAATGGAGCATTTTTTAACAATTTTGGATA AAATTTGATTTTTTTTTTTCAGGAATTTTCGAAAAAATCTTTAGAGCAAT TTTTCTAATTTTTTAAATATTTTTTAAAAATATTTTTATGTACAGTTCAG CACAGTTTAGTAATAAAATTATATTATTTTGCAGATTGATGCACTAAATT CGACTAGGTTTGTAACAATGACCCCATTTTGGTAAATTTAAAGCCGTAAA AGGGCAAAAAATGTGTGGTATCTATGTTAAATTGCTCCNNACATTTTCGA AAAATAGGTGGGGGTATGTCAAAAATTAGCGAAAATCCTTTTAGTACTCA TGTATGTCTTACATTTTAGTACTGACCCCCCCCCCCTGGTCAATTAATCA TTAACCAAGTTGGGGATAATGATTTTGTTATCTTTTTTGTAGAAAATTAT GTATGTAATTTCTATCAAGGGTTATTACATACTTGGTAATGAGTAATTAA CTTAATGACCTTGAGTCTCTATGGGTGAGGGTCAATATAAATACAGATCA GACATTAATTATATCGGTAAAAGGTTCTCTTTCATCAAGTAAAAGACCTT AAATTAATTTAAAGGGAAGAGAATCGGACTGGTAGCTGTGCGTTCTATCA AAAAGGATAAATAGTCTCCCCCAGCGGACCTTCAGTTGACGCAATCACGT AAATGTTTTTCCGAAATTCACCCATTCACGCAATATTTTTTCGCAATTCA CGCAATTTTTTTTTCACGCAAAGCTTTCCAATTCACGCATTCATGCAACT TTTTTTTCATTTTCACGCATTCGCGCAAGTGAAAAAGCCCCATAAAGTGC ACGGTATTTTCTTAAATGCCACTAATGCTATTACAATCAAACTATTATTA CAGGTTCCAATCGAGAGAGTGATGGGAATTTTATGGGACATCTTTCAACC TCTTTTGTTTGGTTTGATTGGTGCAGAAGTCTCCATCCAATACCTCAAAC CTGATCTTGTCGGTAATCGCCATTATCCTTCTAACGAATATTCTGTTTCT TTTTAGTTTTAATTTGACGTAAATTGATTGACGATATGGTTTTTTATCTG CTGGTTTGATCGAGATTAAGTCAGTCCATTACGGTGCAAGTTTGCGATTG AAAACTTTAGACTACAAATCAGTTTTACTGGTTTTTATTCAGGAGGATCA ATCAATTTAGTTTTGCCCTAATTATCATTTTAGGGATGGGCTTGGCTGCA CTTGGGATTGGTCTTGTTTTAAGAATTGGTGTAACTTATTTTGCTGTCTT GGGAAATAGTTTCTCAACCAAGGAGAAATTATTTTGCACTATCGCATGGT TACCTAAAGCTACAGTTCAAGTAATGTTGTTTCCGTTTACCAAACTTCAT AAACTATTATATTCTCATTTCTTTTTTCGACACAATTTTTCTTCGATCTT CGAGGGATAGAGAGCTAGACTGTTTAAGGAAACTAATTTGTGCAATAAAT AATATTCGTGGAACAAATTGTTTCAGTTATGTGTGTCCTCCNCTTCGATC TGCGAGGGATAGAGAGCTAAATTGTGCAATAAATAGAATTCGTGGAACAA ATTGTTTCATTGTGTCCTCCTATAAGTAAAATGAAATAATTTCAGCTAAA AGTGGCTGTTTACCGCGAAAATTAGTTCCACGAAAACCACCAATTTCATA CCCTCGCACCGCAAATTTTTGTCCCGAAAAAATTACTTCTCACGAAAGTT CCTTATGCATTACGTACTTTCACATATTCGCTACATATTATATTATCACT CTTTACTTAATTTTTAACGCTACGAGAGAGACGAGTGAAGTTTAATCACC CTATCTTNCACTCTTTACTTAATTTTTAACGCTACGAGAGAGACGAGTAA AGTTTAATCACCCTATCTTATCACGCCACAATTGTCTAATTCAATTAAAA TTTTCATTGTAACTCATTTCAGGCGGCAATTGGTTCCATCCCTCTAGATA AAGCTCGTCAAGTCGCTTCTAAAGATCCGACGGATGCTAATAACCAGGCC GTTGAATATGGAATTCAAATCGTCACTTTAGCTGTGTTGGCAATCTTGAT CACAGCTCCTTTAGGTGCAATTGGTATTTCATTAACTGGACCAAGATTTC TTTCACAAAGAAAGAATGAAGAACTTGGAGAACCAGAAGCAAATGACGAA TCAGATGCTTAAATGATACGTCGGTGAGATGACTTTGTCAAATGCTCAAA TTTTTTTTGCGTTTTGATGTTAACTTCACATTTGGCTTTTTTGTTTTTCT TGACACCATCTCAAGGAGTACTAGAAGTGTTGTGACGTATGTTGGTATCT ATATCTTTTGTAAAAATTAGGTCGATGAGCGGAAGGGAAGTAGAGATCTC TCGCAGGTCACGGAATTGTTTCAAAGATATTTTATCTAAGATGTTGAGTG GATGTTGAGTGGGTATTTTTGGACGTTTTGCGTTTACAATTTTTGAATTA AAGAGGATGAACATTTTTTAAACACACATATTTTTATACGATTATCAAAA ATTTTTGTTTTTGTTTCGTATCGTAGTGTTTGTCAGTTTTATTTTGAACA CTGCTAAACATGGGGTGTAACCCTTATTTAAAATCTTGGAAATATTATAT GCTTCATTATTTTTAACAATTTTCTATGATAACATTGATCACCAAACCTT CAACAATTTTCATAATCTGTAGAAAACAAACTTAAACAAGCATTTTCTTC CTCTAGAGTTTGCTGTTTCTAGCTTTCATTTTAGTTGTTATGCTTTACTT TTGGCATCCTTAAGATGAAAAAAACCTCTATGGTAAGTCCTAATATTGCT AACTCCTTTTCTTTCTTTCTTTATATTTCATAAAAACAAAAAAGAAAATT TAAAAGAAATGGCATTGGTTGAAACGTTGAAGAAAGTTGTTGACAAAACT ATCGAAAACCGCAAGAATGACTTGAATGATATCAGTCAAGAAATTTGGAA AAATCCTGAACTAAGTTTCAATGAGGTCAAAGCACATGAATGTTTAACAA ACTTCCTTGAGAAAGAAGGGTTCACAGTGTCAAGGAAAACTCCTTTGGAA ACTTCATTCGTTGCAAAATATGGAGATTGTACCGGAGGAATAAAAGTTGG AGTGATTTGTGAATATGATGCCTTACCTAAAATTGGACATGCTTGCGGTC ATAATTTGATCGCTGAAGCGGGAATCGGAGCTGCTTTAGGTAGGGAAGCT TTCATATTTCATATAAGACTTGTAAATTTGTTTCGAAATTAATTGACAAT AAAAAATATTAAAAATTCTCCCTTAATAGAACAGAGCTAATGTCTCAAAA GAAATAGTAATACCTAAAATGAGATCGTATAATGACTCTTTATTTATGTA CTGTTTTCTAGCTCTCAAAGCTGCAATGGATTCGAGCAAAGACCTAAAAA TTAACCTGATTGTTTACGGAACGCCTGCGGAAGAAGGGGGCGGTGGAAAG TGTCTCATGCTGGAAAAAGGGGTATTCGATGAAGCAGATATTTGTATGAT GTCGCATCCAACACCTGTGGAAATCTCAACTCCAATTTGGTTGGCCAGGA TACAATTGGATATTGTCTTTCATGGTTTGTCCTAAAATTCTTGATATATC CGTATATGAAATCCTGGGTTCTTGTTTTGCACCAATTTGGTGTGCAGTAA AGCAGCCCATTTTTCATTCTTCGATTTGCATTAATCTTAGCATAAAGCGG TTGCTTTATATATTAGGGTCTCTTCTCTTAGTTAAAAATTAAACGATATC CTTTTTCATCATTTCTCAAGGCAAAACAGCACACGCAGCAGCGGCGCCAT GGGAAGGAATCAACGCATTAGATGCCGCTGTAGCATGTTATAATAACGTT AGTATGTTACGACAACAAATGAAACCAACTAATCGTATTCATTGTACTAT TGTGGATGGAGGAGAAAGACCAAACATCATTCCTGAACGCGCCGAAATGT GTTACTATGTACGAAGTTTGAGTTTGAAGGACGCCGAGGAACTGAGTGAG CGCGTTCGAGCGTGTGCTCACGGAGGAGCTCAGTCTACAGGTTTGTTTGC AGCCAATAAAGAAGTCACCTCAAATAACATTAAATAAATCGTTATTCCTA AATCTAACTATAAACTCAAGACTTGAAATAGCTTGAAGATGAATTACTTC TCTCTTTTGGATTTTTAGCCATCGTTTTTCGTTTAATACACGTTTGTTTT TTTTATAAGAACAACTATATAAGAATGTAGGGCTTTGATGGCCAAAATTT TAAGAACGAGTTGAGAACTCTAAAACACCCAATTTCTTAGGAAAATGGCC AAAAACGCTCACAAAATGGTGAAAGTAAGAACATGTTAAGAACATTTTAA GGCTTAAAACTGAAAAACTTAAGAACGTCCGAAGGCTTCAAAGATTTTGA ATGCTCTTATAAAAAAAATGTGTATACTTACCTGACTAAATATCACCCTT GTTATTTACTTTGTTATTGATATATAGGTTGTACTGTGGATATCAAGGAA CCAGCTCCTCGTTATGATGCTGTAAGAACCAACCCCACCATGATTGGTTT GTACAAGAAACACGCGCAGAGTTATGGTATCAGTTTTGAAGGGGAAGACG AGTACGCGCAAAAGTTACTCGCTTCCACTGATATGGGGAACGTGTCACAA CATCGACCTTCTATTCATCCATGCTTTAAGATTGAAACTACAGCAGCCAA TCATACACATGCATTCACTGATGCTACTGGTTCCCAAGACAACCAACCAC CCACATTGAGCTCAGCTAAAAGCATGGCAATGACCGCTATTGAGTTGGCT TGTGATCCAAAGTTGATGATAAAGGTCAAAGAAGAATTTGAAAAGAAATG AAACTAATTTTGCTGGTTTTCTTTATATTTTGTGATAATACGTTTCGCTA CGTCATCATTTTTATTTCAATAAATTTACACAGTATTTATCATTTTATGC AGGGGAGAGGGTTAAGAAGGATAAATATTTTAATATAAATTTAATCAATT TTGTAGATTTTTTATAGAAATGGAGAGGAGTATTATATAAAAAATTTTCA AAACGATGTGTCTACCTTTTTCCATTTTTTGGACTTGTGTTGATATACAA CGACTATGTTTATGATGTTCCTGATACAAAAGAAATTCATCTGCTGGAAT CTCCTTCGTGTCCGTATTCACTGTAGCAGGTCTTTGATGTTGATCATCAT ATATTTATATCTTACCATATTCTTTCCTTTTTGTTTTTTTCTGCAGAGAT AAATAATAAAGTGCAAACAAGTAATGACAACAACAGAAAACCATAATAAA GCAGATGGCGTCAAATTCAGTGAAATTATTCCTTTAATGCAACAAGTACA TCGCTCTAATGGCATGTTTGTACCAAATGTTGGAATCCCTGCTGCCATGA AACAGAAAGAAGAAGTTGTTGTGGAAAGAATGATGGAGCATTGTGGTTTC AAGACTGGAATGGCTTGTGTTTTAGGTATGTGTGAGTTTCCTGAGTTTAA TATACTGATCTACGAGGTTACAGGTCTTGTTGAGTTGAGTTAAATGTAAC TCAAATTTATTTTAATTGTTAAAAGTTTTTCAAGACTTTCTTCATATTTT CGTTCTAAAAGAGGATTTGATTTGAAGTCTTATGCAATGTATTTTCATTA AATTATCAAGTCAGTTTCGAACAACAAAGTTTCGATAACTTTCGACTTCT GGTGGACTCGAACTACCTAAAATACCCCCCGTCCCCTTTGTGGTTCGAGT TACGGAAAGTCCAGAGAATATATAAAATAAGATTGTAATTTTTAATTGAT TTAGTCTGATACTGAAATTGGATCCCTTTATTTTCAATCGGATGAAGTGT GTTAGCGGTTAGCTGTTTATGACAAAACCAACAAATTACCTCATGAGTGT TTGTAAGAATGTAATGCCTTCTTTAGGCCCTCAGTGTTTTTTTTAGTAGT CCAATACATCTAATTGAATTTTTTTTTTAATACTTTATCTTAATATCAAA TCACATCTATCACATAGGATATGCACTTGGTGGTGCGTTTGGTTTGTTTA CAGCTGGTCTTGACTCCAGTATGCCGACCAATGTCACTGGCCAACATGAA CAAACTGCTAAAGAAATTGTCAAAGATATGAAATCTAGAGCTGGCTCTTA TGCTAGGAACTTTGCCGTCGTAGGAGCCATGTTTTCGGCCACTGAGTGCC TGATTGAATCTTATCGTGGTAAAACGACACTTTCAAACGGAACAATTTCA GGTTGTATTACAGGTGGAATGCTGGGATTTCGTGCGGGTCCGCAAGCAGC CGCTTTTGGCTGTGCGGGTTTCGCAGCTTTTTCTACAGCCATTGATTATT ATTTTCGCCATTGAGTGTTGTTTTTTCTATGCTGAATTTAATGGATCGAT CTCCTCAACTACTCCCCTGTTACGCGGGTTTATGTAAAGTGTAGATTATT GATTGGTGCCAAGATGAGCCATCCTGTGTGACTAAAATTTCACTGAAGCT ATGTATAAAATTATATAGAAGATATGAGTTTTATATCATATAGTTTTGAT AATAATAACTATGACCTTTCAAATACATATCTCCGGCCGCTTTTTTCATA TCACTTCAAAAACCGCACTAAACAAATATTTGTTTTTGATGGTTGTATGA TGACAATTTGANTGAGTTTAATATACTGATCTACGAGGTTACAGGTCTTG TTGAGTTGAGTTAAATGTAACTCAAATTTATTTTAATTGTTAAAAGTTTT TCAATACTTTCTTCATATTTTCGTTCTAAAAGAGGATTTGATTTGAAGTC TTATGCAATGTATTTTCATTAAATTGTCAAGTCAGTTTCGAACAACAAAG TTTCGATAACTTTCGACTTCTGGTGGACTCGAACTACCTAAAATACCCCC CGTCCCCTTTGTGGTTCGAGTTACGGAAAGTCCAGAGAATATATAAAATA AGATTGTAATTTTTAATTGATTTAGTCTGATACTGAAATTGGATCCCTTT ATTTTCAATCGGATGAAGTGTGTTAGCGGTTAGCTGTTTATGACAAAACC AACAAATTACCTCATGAGTGTTTGTAAGAATGTAATGCCTTCTTTAGGCC CTCAGTGTTTTTTTTAGTAGTCCAATACATCTAATTGAATTTTTTTTTTA ATACTTTATCTTAATATCAAATCACATCTATCACATAGGATATGCACTTG GTGGTGCGTTTGGTTTGTTTACAGCTGGTCTTGACTCCAGTATGCCGACC AATGTCACTGGCCAACATGAACAAACTGCTAAAGAAATTGTCAAAGATAT GAAATCTAGAGCTGGCTCTTATGCTAGGAACTTTGCCGTCGTAGGAGCCA TGTTTTCGGCCACTGAGTGCCTGATTGAATCTTATCGTGGTAAAACGACA CTTTCAAACGGAACAATTTCAGGTTGTATTACAGGTGGAATGCTGGGATT TCGTGCGGGTCCGCAAGCAGCCGCTTTTGGCTGTGCGGGTTTCGCAGCTT TTTCTACAGCCATTGATTATTATTTTCGCCATTGAGTGTTGTTTTTTCTA TGCTGAATTTAATGGATCGATCTCCTCAACTACTCCCCTGTTACGCGGGT TTATGTAAAGTGTAGATTATTGATTGGTGCCAAGATGAGCCATCCTGTGT GAATAAAATTTCACTGAAACTATGTATAAAATTATATAGAAGATATGAGT TTTATATCATATAGTTTTGATAATAATAACTATGACCTTTCAAATACATA TCTCCGGCCGCTTTTTTCATATCACTTCAAAAACCGCACCAAACAAATAT TTGTTTTTGATGGTTGTATGATGACAATTTGGTAATATCACGTCTTTTTT GCACACTGAACTTAATATATGAGTCTTATAAATTAGCTGAAATACACTTT ATTCGGTGTCTGTAGAAAGTAGCTAGTCAAAACAAAAAGTTGATCAAATT TCAAGCATTGTTCTCACTGGCCATAAAATATTTTTTTGTTGCCACAAAAT AAGTAGGTTTTGTCTTGGATTAAGGAAGGGAGTAAGTAGTCAGGGTTTTA CTTTGAGATTTCAGCGTTCACAATGAAAGAACAACTAAAACAGATCATTT GCGAAGCCATAGACTCCAAGAAAGACGAACTAAACAATATTAGTCAAGAA ATCTGGAAAAACCCTGAGCTTAGTTTTGAGGAATTTAAAGCACACAACTT TTTGACGGAATTTCTTGAAAAAGAAGGATTCTCAGTGTCGAGGAAAACTC CTTTGGAAACTTCATTTATCGCAAAATATGGAGACTGTACCAGAGGAATC AAAGTTGGAGTAATTTGTGAATATGATGCCTTACCTGGAGTTGGACATGC TTGCGGTCATAACTTGATCGCTGAAGCGGGCATCGGAGCTGCTTTGGGTA AGCAAAGGATTTCAATGTAATTTCTCCTCTCGTTAAAGTTTTAACTTGCC ATGTAAATGGTATTTTCTCGATCAATGATAAAGCATTTGCTGAGAAATAT TAAATTTTGATGCTTCTTTCATACTAACTGGACATACTCAAAATCAATCT CGTATCGTTTTCAGGGTTAAAAGCTGCAATGGATTCGAACAAAGACCTAA AGATGAATCTTATTGTTTATGGCACACCCGCAGAGGAAGGTGGCAATGGG AAGTGTTTGATGATCGAAAAGGGCGTTTTTGATGAAGCAGATATTTGTAT GATGTCTCACCCTGCCCCTTATGAAATTCCAAATCCATTATGGTTAGCTA TTGATTCATATAGGGTCATTTTTAAAGGTACGCCATTAGCTTCATTTTGA TCGAATCTTTTTTGAAAAAATAGACCTTTTCATAAATTACGTCACGAACA TCACTTGCCTCGTTTTGAAATTATTGTCATGGTAATTAACTCCCAGTGGA TTTTATTAAAACTACTTTCTATTTATAAAAAAATAATTGAATGTCTCGAG GGGCATAATCACCGTGGTAATTGTTTGAATACGAGGAAAGTGATATTCGT GATTTAATTTATAAAAAGGTCTACTGGCATCTCATGTTTAAAAAAATGCC TTCTGGTGTATACTAGCAATATCTTGCTTTTGTCTAAACTTAGTTTTCTC TATTTTTTTCTCAAGGCAAAACAGCACACGCAGCAGCGGCGCCATGGGAA GGAATCAACGCATTAGATGCCGCTGTAGCATGTTATAATAACGTTAGTAT GTTACGACAACAAATGAAACCAACTAATCGTATCCAATGTACTATTGTGG ATGGAGGAGAAAGACCCAACATCATTCCTGAACGCGCGGAAATGGTCTGG GATCTACGAACACAGAAAGATGAAGACTTAACAATATTACTTAAGCAATG GATGGAATGCGCCAAAGGAGCAGCAAAAAGTACAGGTAGATTGTCATATC CTTGCTCCCATTTCGGAAGATAATGAGTATAATGCTCATAGCATCGTCAA CACTGGATGATTTTTGACAATTCATGATATTCATGACGTAATGTTTTCAA ACTAGACAAAGGTTATATAAAATTTGCCCCTACTGGCAAGAACCGGAGTC TTTCCGTAGAAAACATTACGTCATGAATATCAATGAATTGTATTTATAAT CTTCAAATCCACAAATTTGGATATGAACAGCTTCAAGAATTCAGTACAAT AACATCTGTATCATCACTATTTGATTTTTATAGGGTGTGAAGTTGAATTC ATTAAAGATTGTCTAACCTGTTTATCACTAAACACAAACCAAGTCATGAT CGATCTTTACATGGAAAATGCAAAATCACTTGGTGTTCCTTTTGAAGATG ACCATATGAGAGAACTTTTACAAGCCTCGACTGATATGGGGAATGTGTCA GCAATGAAACCATCTATTCATCCATGTTTCAAAATAAAATCGGAAGAAAC AAACCATAATCATGGCTTTACAAAAGCCGCTGGATCTGAAGAAAGTCAGT TACCCACATTGAATTCAGCAAAGAGTATGGCAATGACCGCTATTGATATT GTTTGCGAGGAGGGACTTTTAGAAAAGGTTCAGAAAAGCTTCGAAGATTC CAAACCTTCAGCCCTTTGAAGTAAAAGGGCTCATGAAGCAGAATTTGATC AGATTTTTCACATGAAACTACTGAAAATTTTGCAATACTTCTTTTTAAAG ATTTTGAACATGTAGCGATTTATGTAATAATTTTTTCAAACTTTGCTATT TTTAGTGATTACTTAACAGTACACAAAAAGTAAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_041241XLOC_041241Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00065833-exon-scaffold_446-1575043694:43807..44545TCONS_00065833-exon-scaffold_446-1575043694:43807..44545Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1575043694:42714..42889TCONS_00065833-exon-scaffold_446-1575043694:42714..42889Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1575043694:42358..42464TCONS_00065833-exon-scaffold_446-1575043694:42358..42464Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1575043694:41864..42016TCONS_00065833-exon-scaffold_446-1575043694:41864..42016Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1575043694:40334..40442TCONS_00065833-exon-scaffold_446-1575043694:40334..40442Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1575043694:39976..40112TCONS_00065833-exon-scaffold_446-1575043694:39976..40112Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1575043694:39123..39373TCONS_00065833-exon-scaffold_446-1575043694:39123..39373Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1575043694:38107..38975TCONS_00065833-exon-scaffold_446-1575043694:38107..38975Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1575043694:32519..32731TCONS_00065833-exon-scaffold_446-1575043694:32519..32731Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1575043694:31911..32180TCONS_00065833-exon-scaffold_446-1575043694:31911..32180Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1575043694:31062..31612TCONS_00065833-exon-scaffold_446-1575043694:31062..31612Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1510915933:43807..44545TCONS_00065833-exon-scaffold_446-1510915933:43807..44545Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1510915933:42714..42889TCONS_00065833-exon-scaffold_446-1510915933:42714..42889Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1510915933:42358..42464TCONS_00065833-exon-scaffold_446-1510915933:42358..42464Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1510915933:41864..42016TCONS_00065833-exon-scaffold_446-1510915933:41864..42016Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1510915933:40334..40442TCONS_00065833-exon-scaffold_446-1510915933:40334..40442Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1510915933:39976..40112TCONS_00065833-exon-scaffold_446-1510915933:39976..40112Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1510915933:39123..39373TCONS_00065833-exon-scaffold_446-1510915933:39123..39373Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1510915933:38107..38975TCONS_00065833-exon-scaffold_446-1510915933:38107..38975Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1510915933:32519..32731TCONS_00065833-exon-scaffold_446-1510915933:32519..32731Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1510915933:31911..32180TCONS_00065833-exon-scaffold_446-1510915933:31911..32180Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1510915933:31062..31612TCONS_00065833-exon-scaffold_446-1510915933:31062..31612Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1491911889:43807..44545TCONS_00065833-exon-scaffold_446-1491911889:43807..44545Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1491911889:42714..42889TCONS_00065833-exon-scaffold_446-1491911889:42714..42889Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1491911889:42358..42464TCONS_00065833-exon-scaffold_446-1491911889:42358..42464Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1491911889:41864..42016TCONS_00065833-exon-scaffold_446-1491911889:41864..42016Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1491911889:40334..40442TCONS_00065833-exon-scaffold_446-1491911889:40334..40442Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1491911889:39976..40112TCONS_00065833-exon-scaffold_446-1491911889:39976..40112Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1491911889:39123..39373TCONS_00065833-exon-scaffold_446-1491911889:39123..39373Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1491911889:38107..38975TCONS_00065833-exon-scaffold_446-1491911889:38107..38975Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1491911889:32519..32731TCONS_00065833-exon-scaffold_446-1491911889:32519..32731Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1491911889:31911..32180TCONS_00065833-exon-scaffold_446-1491911889:31911..32180Clytia hemisphaericaexon
TCONS_00065833-exon-scaffold_446-1491911889:31062..31612TCONS_00065833-exon-scaffold_446-1491911889:31062..31612Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_446supercontigscaffold_446:31062..44545 -
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
1.06838 1.25999 0 0 0.378124 0.881907 5.57452 4.3354 3.93111 7.74077 5.29881 7.24354 8.58701 7.46259 7.16135 8.06381 3.69527 3.19849 9.34622 6.01521 11.0764 12.57 15.4164 13.3707 13.1717 7.99029 2.64524 6.09566 11.9038 10.7742
Blast
BLAST of TCONS_00065833 vs. Swiss-Prot (Human)
Match: SL9B2 (Sodium/hydrogen exchanger 9B2 OS=Homo sapiens GN=SLC9B2 PE=1 SV=2)

HSP 1 Score: 341.273 bits (874), Expect = 1.154e-103
Identity = 220/477 (46.12%), Postives = 302/477 (63.31%), Query Frame = 3
Query:  213 PNHLNVVHRTPAFVKNCCPPRGRFGEYATRIIACIVIWAALYCVVGSSAWVGGNXXXXXXXXXXXXX--XXXXXXWKTQYFNFPALLGMLIVGFLLXXXXXXXXXXXXDSNWSSSLRQVALAVILLRSGLGLDIAALKRLRFTVLRLAFGPCITEAVTVAVMAHFLLGLPWLWAFQLGFIIGAVSPAVVVPSMLTLQLDGYGVEEGIPTLVMAASSCDDVLAISLFGVFLGVSFSEGNLLWNIFRGPLEIAMXXXXXXXXXXXXWYFPWKKAGNATANRSVXXXXXXXXXXXGSNQVNFPXXXXXXXXXXXXXXXYGWGEKEKVPIERVMGILWDIFQPLLFGLIGAEVSIQYLKPDLVGMGLAALGIGLVLRIGVTYFAVLGNSFSTKEKLFCTIAWLPKATVQAAIGSIPLDKARQVASKDPTDANNQAVEYGIQIVTLAVLAILITAPLGAIGISLTGPRFLS----QRKNEEL 1625
            P   N V R    +   CPP G      T +   +++WA ++ + GS    GGNLF + +L   A +      +         P+LLGML+ GFL++NI  IN    I   WSSSLR +AL++IL+R+GLGLD  ALK+L+   +RL+ GPCI EA T A++AH+LLGLPW W F LGF++GAVSPAVVVPSML LQ  GYGVE+G+PTL+MAA S DD+LAI+ F   LG++FS G+ ++N+ RG LE+ +G+  G ++G  + YFP +        R+ L+L  + L +F S    FPG+G L  L +      GW   EK  +E+++ + WDIFQPLLFGLIGAEVSI  L+P+ VG+ +A +GI +++RI  T+  V    F+ KEK+F + AWLPKATVQAAIGS+ LD AR    K   D       YG+ ++T+A L+ILITAP+G++ I L GPR L     Q K+EE+
Sbjct:   63 PTEANHVQRLRQML--ACPPHGLLDRVITNVTIIVLLWAVVWSITGSECLPGGNLFGIIILFYCAIIGGKLLGLIKLPTLPPLPSLLGMLLAGFLIRNIPVINDNVQIKHKWSSSLRSIALSIILVRAGLGLDSKALKKLKGVCVRLSMGPCIVEACTSALLAHYLLGLPWQWGFILGFVLGAVSPAVVVPSMLLLQGGGYGVEKGVPTLLMAAGSFDDILAITGFNTCLGIAFSTGSTVFNVLRGVLEVVIGVATGSVLGFFIQYFPSRDQDKLVCKRTFLVLGLSVLAVFSSVHFGFPGSGGLCTLVMAFLAGMGW-TSEKAEVEKIIAVAWDIFQPLLFGLIGAEVSIASLRPETVGLCVATVGIAVLIRILTTFLMVCFAGFNLKEKIFISFAWLPKATVQAAIGSVALDTARSHGEKQLED-------YGMDVLTVAFLSILITAPIGSLLIGLLGPRLLQKVEHQNKDEEV 529          
The following BLAST results are available for this feature:
BLAST of TCONS_00065833 vs. Swiss-Prot (Human)
Analysis Date: 2017-10-03 (blastx Clytia hemisphaerica v1.0 mRNA vs SwissProt (Homo sapiens))
Total hits: 1
Match NameE-valueIdentityDescription
SL9B21.154e-10346.12Sodium/hydrogen exchanger 9B2 OS=Homo sapiens GN=S... [more]
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