TCONS_00053660 (transcript) - C. hemisphaerica

Overview
NameTCONS_00053660
Unique NameTCONS_00053660
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length1670

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00053660 ID=TCONS_00053660|Name=TCONS_00053660|organism=Clytia hemisphaerica|type=transcript|length=1670bp
TTAGATTATTACAGAAAGATAAATATTACACAAAAAAATGATGATAGTTT
ATTTACCTAtgcaaacataaacaaacatgGATAACTTCCTTCTTAATGTa
caaaatcatataaaaatcaaactttgtgaTGGGGCTGAGAGATGAAGATT
GATAACTGAGAGTTATCAAGCTATGTTATTAGCGACAAGAAACTTTCTAG
ACAGAAGTGTTCTGGTAATATTGAATCATAATGGTCGTAGTTGTGTCAAC
CCCGAATGGTAACCACTCACCTTTACCGCAAAATGAAGACCTGGACCCTG
TAAATGGACCCATAACAATGGCCTCGCCGACTGAGGAGCCGCTGttagat
gaagatgaagaataCTATAATGGGTCAATGTCAAAGAGGAAAAGTTTGAT
GAATGATAAAATTGCATTTTCCATTCGAGTACAGGAACAGTTGAGAAGAA
TGGATTTTTCCATGTTGAATATTCCGATTTGGGACCATGAAGAGTTTGAT
ACTGGCTATTTAGCTGAAGGTTTCTTTGGCACTACTTATAAGGCCACTCA
CAAACCAACAAAAGAGGTGCTGGTGCTGAAAGAACTTAAAGATTACGAAG
ATTCTGAAAGCATCAGTCAATTCCTTGAAGAGATTCGACTTTGTTGTCGT
TTGCTTCATCCAAATGTTATCAAGACAAAAGGAATTACTTTCAATAATGA
GGGTCGTGTGTGCTGCCTTCTCGAGTACATTGACGGTCGTTCACTACTCG
ATTTGGTTGATTCATTGCGCTTAGTACATGCGAACATGGATGTGTGGTTA
GCCTACCTTGATTTAACTTTGGATATAGCACGTGGAATGAATTATCTTCA
CAACAACGGTGTCATACACAGGGATCTGAATTCTAATAATGTTTTGTGTC
GAGAGATACGAAAGAATCGATACGAAGCGATTATTATCGATTTTGGGTTA
TCGTATGAAAAACACGATTGGAGTGATCTAAGTGAAGAGGGACCAAGTGG
TTGCGTTGGTTCGGTTTATCACATCGCTCCTGAACTCTTCGATGACCAGA
ATTGCAGTACTAAGagTGATGTCTTTTCATTCGGCATTTTGATTTGCGAA
ATGATTTCCGGAATTCCTGGAGCCGATCCAGACGAACTGCCTAGAACTAC
GGACTTTGGTTTGGACGAAAAACAGCTGACAGAACTTGTTCATGACTGTC
CGGCAGAATTCTTGAACCTCGCTGTCCGGTGTTGTCAGACAAATCCGAAA
CACCGTCCACAATTCAGTGACATCATTAAACTTGTCGATTTCATTATCGA
TTCATTATACGATTCCGATACGAATGAAccaaaagaaaacgaaaacgaaa
gtgtaacCATAACAACGACCTTGACGTCATTAGAAGATGATAATAATTCG
AACCAAGTTGTCAATGAATCTAATAAGGAGACACATGACGAATACATTTT
AGATTCGAATCTGTTATGTTCGTGTGCCGGCAAAAATTCGAAAGCTCTTT
TACAAGAAGATTCTACTGGAGAACAATTTGCGCTAAAAACGAGCTACGAT
CGTCATGGTGAAATACAGCGAACTAGTTCAAGACGTGTTAcacgaaaatt
tttcaaacgttGTTCTTTCTGTGCTGGTCGTATTTTTGATACTGATAAAA
CTCTTTATACAAAGCCAGAG
Run BLAST on NCBI

protein sequence of TCONS_00053660-protein

>TCONS_00053660-protein ID=TCONS_00053660-protein|Name=TCONS_00053660-protein|organism=Clytia hemisphaerica|type=polypeptide|length=480bp
MVVVVSTPNGNHSPLPQNEDLDPVNGPITMASPTEEPLLDEDEEYYNGSM
SKRKSLMNDKIAFSIRVQEQLRRMDFSMLNIPIWDHEEFDTGYLAEGFFG
TTYKATHKPTKEVLVLKELKDYEDSESISQFLEEIRLCCRLLHPNVIKTK
GITFNNEGRVCCLLEYIDGRSLLDLVDSLRLVHANMDVWLAYLDLTLDIA
RGMNYLHNNGVIHRDLNSNNVLCREIRKNRYEAIIIDFGLSYEKHDWSDL
SEEGPSGCVGSVYHIAPELFDDQNCSTKSDVFSFGILICEMISGIPGADP
DELPRTTDFGLDEKQLTELVHDCPAEFLNLAVRCCQTNPKHRPQFSDIIK
LVDFIIDSLYDSDTNEPKENENESVTITTTLTSLEDDNNSNQVVNESNKE
THDEYILDSNLLCSCAGKNSKALLQEDSTGEQFALKTSYDRHGEIQRTSS
RRVTRKFFKRCSFCAGRIFDTDKTLYTKPE
Run BLAST on NCBI

transcript from alignment at scaffold_233:437885..443429-

Legend: exonfive_prime_UTRCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00053660 ID=TCONS_00053660|Name=TCONS_00053660|organism=Clytia hemisphaerica|type=transcript|length=5545bp|location=Sequence derived from alignment at scaffold_233:437885..443429- (Clytia hemisphaerica)
TTAGATTATTACAGAAAGATAAATATTACACAAAAAAATGATGATAGTTT
ATTTACCTATGCAAACATAAACAAACATGGATAACTTCCTTCTTAATGTA
CAAAATCATATAAAAATCAAACTTTGTGATGGGGCTGAGAGATGAAGATT
GATAACTGAGAGTTATCAAGCTATGTTATTAGCGACAAGAAACTTTCTAG
ACAGAAGTGTTCTGGTAATATTGAATCATAATGGTCGTAGTTGTGTCAAC
CCCGAATGGTAACCACTCACCTTTACCGCAAAATGAAGACCTGGACCCTG
TAAATGGACCCATAACAATGGCCTCGCCGACTGAGGAGCCGCTGTTAGAT
GAAGATGAAGAATACTATAATGGGTCAATGTCAAAGAGGAAAAGTTTGAT
GAATGATAAAATTGCATTTTCCATTCGAGTACAGGAACAGTTGAGAAGAA
TGGATTTTTCCATGTTGAATATTCCGATTTGGGACCATGAAGAGTTTGAT
ACTGGCTATTTAGCTGAAGGTTTCTTTGGCACTACTTATAAGGTACATAC
TTTTTATATTGGAAGTTCATCCTGGCTTGGATAACAAGATTTACCTTTGG
CCACGTTTCGAGAGATTCATCAGGCATACCTACTTTTTGTTTTGTTTTAT
TCTTTTCAACTTTCCAAAAACAGAACAGATTCGCGCATTATTATGTTTCC
AACTAAAACATATAGTTTTTAGTTTGTAGTTTGTAGCCGATTAATATTCA
TCAAAATTGGAGTGTCATACAAGACAAGGTGTTCTATATAGACGAGGATG
AAAGTTCTCAAAAAGACAAATATTCACTCTCTGTACTGTCGCCGATACGC
CGAGACTCTGCTGTGCCGTGAGCACAGGATCTACGGTATCCCGCCAGCGC
TATGATTTCGCTGGACAGGGACCATGTCGTCCGCATCGGTTGGATCATCC
ATCCTCCATTCAGTAAGCTTACAATGATCTATATAAATGTCGTTCATAAT
CCAAATCTTTTCCCATTCCTTCCCAGGCCACTCACAAACCAACAAAAGAG
GTGCTGGTGCTGAAAGAACTTAAAGATTACGAAGATTCTGAAAGCATCAG
TCAATTCCTTGAAGAGATTCGACTTTGTTGTCGTTTGCTTCATCCAAATG
TTATCAAGTAAGGCTATGCTTCTTGCTACAGAAACATAAAAAAAAGTTGC
CATTTTGAATGTTACATTGATGGCCGATAAAACCACCTCCTTTTCACAGA
CCTGGTAGGATGCCCTACCACCGGAAAATTTGAACAACATATTGTCCCTA
GTTTAAGATTTTACTTCAATATTTTGAACTAAAGAACTAAATAACTTCAT
TCATCATTTGAAATAAAATTCATGGTAGTAAAATTGCTACTTTGTTTTAT
ATTCCTGACTGATAACTTAATTCATTTTTTCTCCTTTAATTCAGGACAAA
AGGAATTACTTTCAATAATGAGGGTCGTGTGTGCTGCCTTCTCGAGGTAT
ATTTTGTTTTAGTTTTCTGTGAATTTTAACACCAATAGGATTTCATTTTA
GACAGAGATTTCAAATTTTCTTAGCAATGTAATAATACCAGCACACATTC
AAGTTTTGAGAGTTGGAAAATTTGAAATACTGGTGAGTCAAATTTCGTCC
CCTTGCTAACCGTAAAACAAATGTAGAGCGTTTGGCTACGGTACGCAAAG
CCGTGGGTTCGATCTCTACCCGGGTCAGACCAAAGACTTCGTACTTATTA
CAAAAATAGTATTTGCTGCTCACTGCTTCTCGCACTCAGCAATTAAGAGA
AGGATCAAGGGTAAGTGGAGCAATCCAGGGAGAAAGAATGACGCCCCTTC
CCATTCTACGGGTAGATAGCTATCGGAAACTGCGGTCGCAGACTTGCCTA
CTTACTTACTAACATATAAGACATTTATACGGTATGGATTTTATCTAAGT
TTCCCCTTCAATTATTATTACAGTGGAGTCTCTTTAATTTGAATGTCTCC
TTACTTTTAACTCAAACAAGTTTTTTTGTCCCTTCAGTTAAAGTATTTAA
ACCTTACTCCATAACTCGAAATCTCCTTAACTGGAACAATGTGTTTAATC
CCCGTGCGTGTTGGAGGTTCAACTGTATTTTTCTTTTTGATTCACAGTAC
ATTGACGGTCGTTCACTACTCGATTTGGTTGATTCATTGCGCTTAGTACA
TGCGAACATGGATGTGTGGTTAGCCTACCTTGATTTAACTTTGGATATAG
CACGTGGAATGAATTATCTTCACAACAACGGTGTCATACACAGGGATCTG
AATTCTAATGTAAGAATCCTTTTAATCCTTTTAAATTGACTTTTCACTCC
TACATTTCGATTTCTAGACATAGCTTGTAATCTATGGAAGTTTCAAAGTT
GATGTAAAGTATTCTAGGCTAAACCTTACTCTTAACTTATTGTCAATTTT
GCACAACACAATAGTGCGCCGAAGCTACAGAAATGTGAGCTCTACATTTA
ATGTCGATTTTTTTTCAACGAACTAACTTTATTTAACTTGTATACTTGTA
AGGTTTGACAAAATCTGTCATTTAGATGATTTTTGGACAATTGTTTTTGC
TGAGAAATAAGTTTTTATTTTCCAGTTAACGCACCTATTCCACAAACACG
ATGCGATTCTCACACTGGGAAATTATTTCGTCCCCGATGGTTCAGCCCCA
TGCAAAGTTGACTTTGTTTTTATCCCCATTGGTATTCCGATGGAATTTTT
ATACCCACTGGGGGGGAGAATTTCCACTGCGGCTGTGAGACAGGGGTGTA
AATTAGTCGTGTTGAATTCTGTTCTTTGAGACAGGGTTATGATTACTCAA
ACTAACTCTATTTAGAATGTTTTGTGTCGAGAGATACGAAAGAATCGATA
CGAAGCGATTATTATCGATTTTGGGTTATCGTATGAAAAACACGATTGGA
GTGATCTAAGGTAAGTCTCTTTTGAAAAGTAGAGTAGGCTTCTAGTCTAT
CGCTATTTCACGATATAAGTTCAAGCTTCATGGTCAATAGATAAATATTT
AAAAAGAAATATCGAGTTCACCCAAAAAATCACGGTGATGTTTCGAAATC
TCAAAATATGACAGTCAATTGGATTCTTTAACTCTTTCGAAACCCTCCTG
GCCTTTAGATGGAGGGGTACCCTCATCAGTCTATCAAGTTTTTTTATATA
GACCGGCCTGCCTTATAGATAAAGAGAAATCTTAGACCTTTGATTGCTAT
AGAAATCTTAACTTGATCCTCTATAAACAACACGAACAAGCCATCCATCT
CTATTTTCATAACTCTAACTTTACAAAACTTACATAACTCGAAGCTTAAT
AACTCGAAATCTCACTTTCTTCCCCTTAGTGAAGAGGGACCAAGTGGTTG
CGTTGGTTCGGTTTATCACATCGCTCCTGAACTCTTCGATGACCAGAATT
GCAGTACTAAGGTAATAATTTATACGGTACAAAGCTCTTTCGTCTCAACG
AGGTTACAAAAAGTGGCTTTTCCGTCAGCAAATTCAACAAAATTCCGCAA
AATATGTAGAATCTTGCTTTTCTAATCAATTATGATGACAAAAGTTAAAT
AAAAGATCACAGAACTAAAACAAACAAAAAATTTTAACAAGGAAAATTTT
TAACTTGAAAGTACCTTTAAATTTACTATTGTTGACAAAAATTGGCGTGT
TCAGGGCCATTTTAAACTGAAATTTGGCTGATTCGCGAAATCAAATTCGC
GCTAAATCTTTGAAAAACGCTAATTCGCGAAAACAAATTAAAAAAATTTC
GCGATTTTTTTTGGCTTACGAAATTTTAGTCTCGCAAAAATTAATCTGAT
TAAAGTAGTTATTGATCCTTATCTTTTTATTTTGTTTAGAGTGATGTCTT
TTCATTCGGCATTTTGATTTGCGAAATGATTTCCGGAATTCCTGGAGCCG
ATCCAGACGAACTGCCTAGAACTACGGTAAGTATTTACTTGTGTTGAATT
CAATTTGTACATATGTTTGGGTGGGTCGACGATAGCAAAGCGCTAGGTTA
TCGAGACCCCCTTATAATTCGTAGCTTTGTGAAACGGAAAGTCAGTCATA
AATAGGACGCCAAAGAACACAGAACAAGTGGCACATTTTTTACACTTTTT
ATTTTACCTCGAATTAGACTCATAACTAAATCCATCATGGGCGAGCAGGA
ACTTTAGCGAAGAGGAACTTCCGTGATTTTCATGATTTTTGGGCTCTTTC
GTGAAAGGAATGTCGTAATATTCACTATTTCTATGCCTCGCGAATGTTTG
TAAGACTAAAGTAATTTCTGACTGTTGTTAATTTACCGATGCTTAACTTT
TAATAATCTATGCACCGTTGGAAAGATAATTGTGAGCAATGTAATTTACA
AAACAAAATTTAGATTTTAATAACGAATATCAGAAATAAAAAAGTGATGA
ATTGAATCGAATTACTAACTTTTTACCACCTGGAAAAAAAAGTAAATTCT
CCTTAGACCCCCTGAAAATTTTTCTCGGACTACCCCTTGGAAAGGTTTGC
CCATCCCCCTATATGGATATAATAGAATGCAATCATCATTTGATATCTTT
TAACAGGACTTTGGTTTGGACGAAAAACAGCTGACAGAACTTGTTCATGA
CTGTCCGGCAGAATTCTTGAACCTCGCTGTCCGGTGTTGTCAGGTATATA
AAACGTATATATTTTTTTATATTTAATGTTTTTTAGTTCAGTGTCTGAAT
TCAATTCCAAAGATAGAAAAATCTCTTATAAGAACCGAACCTTTGGCTAG
AGCAAATACTGGCGCGAGATGTGACGGTCTTTTATATATCACTTCGTCCT
AAGAGCTGTTTCTATTCGAAATTTAGCTTGAGTTTGCTTAGACTCCTAGA
ATTCTATAACAGATTTTGCTCCCAATATTTTCTGCGGTCTGTTATTTAGA
CTAGCGTTTTCTTGGTGACTTTCAAAACTCGCCCGACGAGATAGGCGTGT
TTAAAGCGCCCCGAAGTCTTGTCTACAAAACCGCAGGTAGTATAGGGAGC
GCGAATCCGTTAGGGGATGCTAGCAGCCTACTCAGAATTAATTGTAATTT
TATGTTGTTTCAGACAAATCCGAAACACCGTCCACAATTCAGTGACATCA
TTAAACTTGTCGATTTCATTATCGATTCATTATACGATTCCGATACGAAT
GAACCAAAAGAAAACGAAAACGAAAGTGTAACCATAACAACGACCTTGAC
GTCATTAGAAGATGATAATAATTCGAACCAAGTTGTCAATGAATCTAATA
AGGAGACACATGACGAATACATTTTAGATTCGAATCTGTTATGTTCGTGT
GCCGGCAAAAATTCGAAAGCTCTTTTACAAGAAGATTCTACTGGAGAACA
ATTTGCGCTAAAAACGAGCTACGATCGTCATGGTGAAATACAGCGAACTA
GTTCAAGACGTGTTACACGAAAATTTTTCAAACGTTGTTCTTTCTGTGCT
GGTCGTATTTTTGATACTGATAAAACTCTTTATACAAAGCCAGAG

Coding sequence (CDS) from alignment at scaffold_233:437885..443429-

>TCONS_00053660 ID=TCONS_00053660|Name=TCONS_00053660|organism=Clytia hemisphaerica|type=CDS|length=12960bp|location=Sequence derived from alignment at scaffold_233:437885..443429- (Clytia hemisphaerica)
ACAAATCCGAAACACCGTCCACAATTCAGTGACATCATTAAACTTGTCGA
TTTCATTATCGATTCATTATACGATTCCGATACGAATGAACCAAAAGAAA
ACGAAAACGAAAGTGTAACCATAACAACGACCTTGACGTCATTAGAAGAT
GATAATAATTCGAACCAAGTTGTCAATGAATCTAATAAGGAGACACATGA
CGAATACATTTTAGATTCGAATCTGTTATGTTCGTGTGCCGGCAAAAATT
CGAAAGCTCTTTTACAAGAAGATTCTACTGGAGAACAATTTGCGCTAAAA
ACGAGCTACGATCGTCATGGTGAAATACAGCGAACTAGTTCAAGACGTGT
TACACGAAAATTTTTCAAACGTTGTTCTTTCTGTGCTGGTCGTATTTTTG
ATACTGATAAAACTCTTTATACAAAGCCAGAGGACTTTGGTTTGGACGAA
AAACAGCTGACAGAACTTGTTCATGACTGTCCGGCAGAATTCTTGAACCT
CGCTGTCCGGTGTTGTCAGAGTGATGTCTTTTCATTCGGCATTTTGATTT
GCGAAATGATTTCCGGAATTCCTGGAGCCGATCCAGACGAACTGCCTAGA
ACTACGTGAAGAGGGACCAAGTGGTTGCGTTGGTTCGGTTTATCACATCG
CTCCTGAACTCTTCGATGACCAGAATTGCAGTACTAAGAATGTTTTGTGT
CGAGAGATACGAAAGAATCGATACGAAGCGATTATTATCGATTTTGGGTT
ATCGTATGAAAAACACGATTGGAGTGATCTAAGTACATTGACGGTCGTTC
ACTACTCGATTTGGTTGATTCATTGCGCTTAGTACATGCGAACATGGATG
TGTGGTTAGCCTACCTTGATTTAACTTTGGATATAGCACGTGGAATGAAT
TATCTTCACAACAACGGTGTCATACACAGGGATCTGAATTCTAATGACAA
AAGGAATTACTTTCAATAATGAGGGTCGTGTGTGCTGCCTTCTCGAGGCC
ACTCACAAACCAACAAAAGAGGTGCTGGTGCTGAAAGAACTTAAAGATTA
CGAAGATTCTGAAAGCATCAGTCAATTCCTTGAAGAGATTCGACTTTGTT
GTCGTTTGCTTCATCCAAATGTTATCAAATGGTCGTAGTTGTGTCAACCC
CGAATGGTAACCACTCACCTTTACCGCAAAATGAAGACCTGGACCCTGTA
AATGGACCCATAACAATGGCCTCGCCGACTGAGGAGCCGCTGTTAGATGA
AGATGAAGAATACTATAATGGGTCAATGTCAAAGAGGAAAAGTTTGATGA
ATGATAAAATTGCATTTTCCATTCGAGTACAGGAACAGTTGAGAAGAATG
GATTTTTCCATGTTGAATATTCCGATTTGGGACCATGAAGAGTTTGATAC
TGGCTATTTAGCTGAAGGTTTCTTTGGCACTACTTATAAGACAAATCCGA
AACACCGTCCACAATTCAGTGACATCATTAAACTTGTCGATTTCATTATC
GATTCATTATACGATTCCGATACGAATGAACCAAAAGAAAACGAAAACGA
AAGTGTAACCATAACAACGACCTTGACGTCATTAGAAGATGATAATAATT
CGAACCAAGTTGTCAATGAATCTAATAAGGAGACACATGACGAATACATT
TTAGATTCGAATCTGTTATGTTCGTGTGCCGGCAAAAATTCGAAAGCTCT
TTTACAAGAAGATTCTACTGGAGAACAATTTGCGCTAAAAACGAGCTACG
ATCGTCATGGTGAAATACAGCGAACTAGTTCAAGACGTGTTACACGAAAA
TTTTTCAAACGTTGTTCTTTCTGTGCTGGTCGTATTTTTGATACTGATAA
AACTCTTTATACAAAGCCAGAGGACTTTGGTTTGGACGAAAAACAGCTGA
CAGAACTTGTTCATGACTGTCCGGCAGAATTCTTGAACCTCGCTGTCCGG
TGTTGTCAGAGTGATGTCTTTTCATTCGGCATTTTGATTTGCGAAATGAT
TTCCGGAATTCCTGGAGCCGATCCAGACGAACTGCCTAGAACTACGTGAA
GAGGGACCAAGTGGTTGCGTTGGTTCGGTTTATCACATCGCTCCTGAACT
CTTCGATGACCAGAATTGCAGTACTAAGAATGTTTTGTGTCGAGAGATAC
GAAAGAATCGATACGAAGCGATTATTATCGATTTTGGGTTATCGTATGAA
AAACACGATTGGAGTGATCTAAGTACATTGACGGTCGTTCACTACTCGAT
TTGGTTGATTCATTGCGCTTAGTACATGCGAACATGGATGTGTGGTTAGC
CTACCTTGATTTAACTTTGGATATAGCACGTGGAATGAATTATCTTCACA
ACAACGGTGTCATACACAGGGATCTGAATTCTAATGACAAAAGGAATTAC
TTTCAATAATGAGGGTCGTGTGTGCTGCCTTCTCGAGGCCACTCACAAAC
CAACAAAAGAGGTGCTGGTGCTGAAAGAACTTAAAGATTACGAAGATTCT
GAAAGCATCAGTCAATTCCTTGAAGAGATTCGACTTTGTTGTCGTTTGCT
TCATCCAAATGTTATCAAATGGTCGTAGTTGTGTCAACCCCGAATGGTAA
CCACTCACCTTTACCGCAAAATGAAGACCTGGACCCTGTAAATGGACCCA
TAACAATGGCCTCGCCGACTGAGGAGCCGCTGTTAGATGAAGATGAAGAA
TACTATAATGGGTCAATGTCAAAGAGGAAAAGTTTGATGAATGATAAAAT
TGCATTTTCCATTCGAGTACAGGAACAGTTGAGAAGAATGGATTTTTCCA
TGTTGAATATTCCGATTTGGGACCATGAAGAGTTTGATACTGGCTATTTA
GCTGAAGGTTTCTTTGGCACTACTTATAAGACAAATCCGAAACACCGTCC
ACAATTCAGTGACATCATTAAACTTGTCGATTTCATTATCGATTCATTAT
ACGATTCCGATACGAATGAACCAAAAGAAAACGAAAACGAAAGTGTAACC
ATAACAACGACCTTGACGTCATTAGAAGATGATAATAATTCGAACCAAGT
TGTCAATGAATCTAATAAGGAGACACATGACGAATACATTTTAGATTCGA
ATCTGTTATGTTCGTGTGCCGGCAAAAATTCGAAAGCTCTTTTACAAGAA
GATTCTACTGGAGAACAATTTGCGCTAAAAACGAGCTACGATCGTCATGG
TGAAATACAGCGAACTAGTTCAAGACGTGTTACACGAAAATTTTTCAAAC
GTTGTTCTTTCTGTGCTGGTCGTATTTTTGATACTGATAAAACTCTTTAT
ACAAAGCCAGAGGACTTTGGTTTGGACGAAAAACAGCTGACAGAACTTGT
TCATGACTGTCCGGCAGAATTCTTGAACCTCGCTGTCCGGTGTTGTCAGA
GTGATGTCTTTTCATTCGGCATTTTGATTTGCGAAATGATTTCCGGAATT
CCTGGAGCCGATCCAGACGAACTGCCTAGAACTACGTGAAGAGGGACCAA
GTGGTTGCGTTGGTTCGGTTTATCACATCGCTCCTGAACTCTTCGATGAC
CAGAATTGCAGTACTAAGAATGTTTTGTGTCGAGAGATACGAAAGAATCG
ATACGAAGCGATTATTATCGATTTTGGGTTATCGTATGAAAAACACGATT
GGAGTGATCTAAGTACATTGACGGTCGTTCACTACTCGATTTGGTTGATT
CATTGCGCTTAGTACATGCGAACATGGATGTGTGGTTAGCCTACCTTGAT
TTAACTTTGGATATAGCACGTGGAATGAATTATCTTCACAACAACGGTGT
CATACACAGGGATCTGAATTCTAATGACAAAAGGAATTACTTTCAATAAT
GAGGGTCGTGTGTGCTGCCTTCTCGAGGCCACTCACAAACCAACAAAAGA
GGTGCTGGTGCTGAAAGAACTTAAAGATTACGAAGATTCTGAAAGCATCA
GTCAATTCCTTGAAGAGATTCGACTTTGTTGTCGTTTGCTTCATCCAAAT
GTTATCAAATGGTCGTAGTTGTGTCAACCCCGAATGGTAACCACTCACCT
TTACCGCAAAATGAAGACCTGGACCCTGTAAATGGACCCATAACAATGGC
CTCGCCGACTGAGGAGCCGCTGTTAGATGAAGATGAAGAATACTATAATG
GGTCAATGTCAAAGAGGAAAAGTTTGATGAATGATAAAATTGCATTTTCC
ATTCGAGTACAGGAACAGTTGAGAAGAATGGATTTTTCCATGTTGAATAT
TCCGATTTGGGACCATGAAGAGTTTGATACTGGCTATTTAGCTGAAGGTT
TCTTTGGCACTACTTATAAGACAAATCCGAAACACCGTCCACAATTCAGT
GACATCATTAAACTTGTCGATTTCATTATCGATTCATTATACGATTCCGA
TACGAATGAACCAAAAGAAAACGAAAACGAAAGTGTAACCATAACAACGA
CCTTGACGTCATTAGAAGATGATAATAATTCGAACCAAGTTGTCAATGAA
TCTAATAAGGAGACACATGACGAATACATTTTAGATTCGAATCTGTTATG
TTCGTGTGCCGGCAAAAATTCGAAAGCTCTTTTACAAGAAGATTCTACTG
GAGAACAATTTGCGCTAAAAACGAGCTACGATCGTCATGGTGAAATACAG
CGAACTAGTTCAAGACGTGTTACACGAAAATTTTTCAAACGTTGTTCTTT
CTGTGCTGGTCGTATTTTTGATACTGATAAAACTCTTTATACAAAGCCAG
AGGACTTTGGTTTGGACGAAAAACAGCTGACAGAACTTGTTCATGACTGT
CCGGCAGAATTCTTGAACCTCGCTGTCCGGTGTTGTCAGAGTGATGTCTT
TTCATTCGGCATTTTGATTTGCGAAATGATTTCCGGAATTCCTGGAGCCG
ATCCAGACGAACTGCCTAGAACTACGTGAAGAGGGACCAAGTGGTTGCGT
TGGTTCGGTTTATCACATCGCTCCTGAACTCTTCGATGACCAGAATTGCA
GTACTAAGAATGTTTTGTGTCGAGAGATACGAAAGAATCGATACGAAGCG
ATTATTATCGATTTTGGGTTATCGTATGAAAAACACGATTGGAGTGATCT
AAGTACATTGACGGTCGTTCACTACTCGATTTGGTTGATTCATTGCGCTT
AGTACATGCGAACATGGATGTGTGGTTAGCCTACCTTGATTTAACTTTGG
ATATAGCACGTGGAATGAATTATCTTCACAACAACGGTGTCATACACAGG
GATCTGAATTCTAATGACAAAAGGAATTACTTTCAATAATGAGGGTCGTG
TGTGCTGCCTTCTCGAGGCCACTCACAAACCAACAAAAGAGGTGCTGGTG
CTGAAAGAACTTAAAGATTACGAAGATTCTGAAAGCATCAGTCAATTCCT
TGAAGAGATTCGACTTTGTTGTCGTTTGCTTCATCCAAATGTTATCAAAT
GGTCGTAGTTGTGTCAACCCCGAATGGTAACCACTCACCTTTACCGCAAA
ATGAAGACCTGGACCCTGTAAATGGACCCATAACAATGGCCTCGCCGACT
GAGGAGCCGCTGTTAGATGAAGATGAAGAATACTATAATGGGTCAATGTC
AAAGAGGAAAAGTTTGATGAATGATAAAATTGCATTTTCCATTCGAGTAC
AGGAACAGTTGAGAAGAATGGATTTTTCCATGTTGAATATTCCGATTTGG
GACCATGAAGAGTTTGATACTGGCTATTTAGCTGAAGGTTTCTTTGGCAC
TACTTATAAGACAAATCCGAAACACCGTCCACAATTCAGTGACATCATTA
AACTTGTCGATTTCATTATCGATTCATTATACGATTCCGATACGAATGAA
CCAAAAGAAAACGAAAACGAAAGTGTAACCATAACAACGACCTTGACGTC
ATTAGAAGATGATAATAATTCGAACCAAGTTGTCAATGAATCTAATAAGG
AGACACATGACGAATACATTTTAGATTCGAATCTGTTATGTTCGTGTGCC
GGCAAAAATTCGAAAGCTCTTTTACAAGAAGATTCTACTGGAGAACAATT
TGCGCTAAAAACGAGCTACGATCGTCATGGTGAAATACAGCGAACTAGTT
CAAGACGTGTTACACGAAAATTTTTCAAACGTTGTTCTTTCTGTGCTGGT
CGTATTTTTGATACTGATAAAACTCTTTATACAAAGCCAGAGGACTTTGG
TTTGGACGAAAAACAGCTGACAGAACTTGTTCATGACTGTCCGGCAGAAT
TCTTGAACCTCGCTGTCCGGTGTTGTCAGAGTGATGTCTTTTCATTCGGC
ATTTTGATTTGCGAAATGATTTCCGGAATTCCTGGAGCCGATCCAGACGA
ACTGCCTAGAACTACGTGAAGAGGGACCAAGTGGTTGCGTTGGTTCGGTT
TATCACATCGCTCCTGAACTCTTCGATGACCAGAATTGCAGTACTAAGAA
TGTTTTGTGTCGAGAGATACGAAAGAATCGATACGAAGCGATTATTATCG
ATTTTGGGTTATCGTATGAAAAACACGATTGGAGTGATCTAAGTACATTG
ACGGTCGTTCACTACTCGATTTGGTTGATTCATTGCGCTTAGTACATGCG
AACATGGATGTGTGGTTAGCCTACCTTGATTTAACTTTGGATATAGCACG
TGGAATGAATTATCTTCACAACAACGGTGTCATACACAGGGATCTGAATT
CTAATGACAAAAGGAATTACTTTCAATAATGAGGGTCGTGTGTGCTGCCT
TCTCGAGGCCACTCACAAACCAACAAAAGAGGTGCTGGTGCTGAAAGAAC
TTAAAGATTACGAAGATTCTGAAAGCATCAGTCAATTCCTTGAAGAGATT
CGACTTTGTTGTCGTTTGCTTCATCCAAATGTTATCAAATGGTCGTAGTT
GTGTCAACCCCGAATGGTAACCACTCACCTTTACCGCAAAATGAAGACCT
GGACCCTGTAAATGGACCCATAACAATGGCCTCGCCGACTGAGGAGCCGC
TGTTAGATGAAGATGAAGAATACTATAATGGGTCAATGTCAAAGAGGAAA
AGTTTGATGAATGATAAAATTGCATTTTCCATTCGAGTACAGGAACAGTT
GAGAAGAATGGATTTTTCCATGTTGAATATTCCGATTTGGGACCATGAAG
AGTTTGATACTGGCTATTTAGCTGAAGGTTTCTTTGGCACTACTTATAAG
ACAAATCCGAAACACCGTCCACAATTCAGTGACATCATTAAACTTGTCGA
TTTCATTATCGATTCATTATACGATTCCGATACGAATGAACCAAAAGAAA
ACGAAAACGAAAGTGTAACCATAACAACGACCTTGACGTCATTAGAAGAT
GATAATAATTCGAACCAAGTTGTCAATGAATCTAATAAGGAGACACATGA
CGAATACATTTTAGATTCGAATCTGTTATGTTCGTGTGCCGGCAAAAATT
CGAAAGCTCTTTTACAAGAAGATTCTACTGGAGAACAATTTGCGCTAAAA
ACGAGCTACGATCGTCATGGTGAAATACAGCGAACTAGTTCAAGACGTGT
TACACGAAAATTTTTCAAACGTTGTTCTTTCTGTGCTGGTCGTATTTTTG
ATACTGATAAAACTCTTTATACAAAGCCAGAGGACTTTGGTTTGGACGAA
AAACAGCTGACAGAACTTGTTCATGACTGTCCGGCAGAATTCTTGAACCT
CGCTGTCCGGTGTTGTCAGAGTGATGTCTTTTCATTCGGCATTTTGATTT
GCGAAATGATTTCCGGAATTCCTGGAGCCGATCCAGACGAACTGCCTAGA
ACTACGTGAAGAGGGACCAAGTGGTTGCGTTGGTTCGGTTTATCACATCG
CTCCTGAACTCTTCGATGACCAGAATTGCAGTACTAAGAATGTTTTGTGT
CGAGAGATACGAAAGAATCGATACGAAGCGATTATTATCGATTTTGGGTT
ATCGTATGAAAAACACGATTGGAGTGATCTAAGTACATTGACGGTCGTTC
ACTACTCGATTTGGTTGATTCATTGCGCTTAGTACATGCGAACATGGATG
TGTGGTTAGCCTACCTTGATTTAACTTTGGATATAGCACGTGGAATGAAT
TATCTTCACAACAACGGTGTCATACACAGGGATCTGAATTCTAATGACAA
AAGGAATTACTTTCAATAATGAGGGTCGTGTGTGCTGCCTTCTCGAGGCC
ACTCACAAACCAACAAAAGAGGTGCTGGTGCTGAAAGAACTTAAAGATTA
CGAAGATTCTGAAAGCATCAGTCAATTCCTTGAAGAGATTCGACTTTGTT
GTCGTTTGCTTCATCCAAATGTTATCAAATGGTCGTAGTTGTGTCAACCC
CGAATGGTAACCACTCACCTTTACCGCAAAATGAAGACCTGGACCCTGTA
AATGGACCCATAACAATGGCCTCGCCGACTGAGGAGCCGCTGTTAGATGA
AGATGAAGAATACTATAATGGGTCAATGTCAAAGAGGAAAAGTTTGATGA
ATGATAAAATTGCATTTTCCATTCGAGTACAGGAACAGTTGAGAAGAATG
GATTTTTCCATGTTGAATATTCCGATTTGGGACCATGAAGAGTTTGATAC
TGGCTATTTAGCTGAAGGTTTCTTTGGCACTACTTATAAGACAAATCCGA
AACACCGTCCACAATTCAGTGACATCATTAAACTTGTCGATTTCATTATC
GATTCATTATACGATTCCGATACGAATGAACCAAAAGAAAACGAAAACGA
AAGTGTAACCATAACAACGACCTTGACGTCATTAGAAGATGATAATAATT
CGAACCAAGTTGTCAATGAATCTAATAAGGAGACACATGACGAATACATT
TTAGATTCGAATCTGTTATGTTCGTGTGCCGGCAAAAATTCGAAAGCTCT
TTTACAAGAAGATTCTACTGGAGAACAATTTGCGCTAAAAACGAGCTACG
ATCGTCATGGTGAAATACAGCGAACTAGTTCAAGACGTGTTACACGAAAA
TTTTTCAAACGTTGTTCTTTCTGTGCTGGTCGTATTTTTGATACTGATAA
AACTCTTTATACAAAGCCAGAGGACTTTGGTTTGGACGAAAAACAGCTGA
CAGAACTTGTTCATGACTGTCCGGCAGAATTCTTGAACCTCGCTGTCCGG
TGTTGTCAGAGTGATGTCTTTTCATTCGGCATTTTGATTTGCGAAATGAT
TTCCGGAATTCCTGGAGCCGATCCAGACGAACTGCCTAGAACTACGTGAA
GAGGGACCAAGTGGTTGCGTTGGTTCGGTTTATCACATCGCTCCTGAACT
CTTCGATGACCAGAATTGCAGTACTAAGAATGTTTTGTGTCGAGAGATAC
GAAAGAATCGATACGAAGCGATTATTATCGATTTTGGGTTATCGTATGAA
AAACACGATTGGAGTGATCTAAGTACATTGACGGTCGTTCACTACTCGAT
TTGGTTGATTCATTGCGCTTAGTACATGCGAACATGGATGTGTGGTTAGC
CTACCTTGATTTAACTTTGGATATAGCACGTGGAATGAATTATCTTCACA
ACAACGGTGTCATACACAGGGATCTGAATTCTAATGACAAAAGGAATTAC
TTTCAATAATGAGGGTCGTGTGTGCTGCCTTCTCGAGGCCACTCACAAAC
CAACAAAAGAGGTGCTGGTGCTGAAAGAACTTAAAGATTACGAAGATTCT
GAAAGCATCAGTCAATTCCTTGAAGAGATTCGACTTTGTTGTCGTTTGCT
TCATCCAAATGTTATCAAATGGTCGTAGTTGTGTCAACCCCGAATGGTAA
CCACTCACCTTTACCGCAAAATGAAGACCTGGACCCTGTAAATGGACCCA
TAACAATGGCCTCGCCGACTGAGGAGCCGCTGTTAGATGAAGATGAAGAA
TACTATAATGGGTCAATGTCAAAGAGGAAAAGTTTGATGAATGATAAAAT
TGCATTTTCCATTCGAGTACAGGAACAGTTGAGAAGAATGGATTTTTCCA
TGTTGAATATTCCGATTTGGGACCATGAAGAGTTTGATACTGGCTATTTA
GCTGAAGGTTTCTTTGGCACTACTTATAAGACAAATCCGAAACACCGTCC
ACAATTCAGTGACATCATTAAACTTGTCGATTTCATTATCGATTCATTAT
ACGATTCCGATACGAATGAACCAAAAGAAAACGAAAACGAAAGTGTAACC
ATAACAACGACCTTGACGTCATTAGAAGATGATAATAATTCGAACCAAGT
TGTCAATGAATCTAATAAGGAGACACATGACGAATACATTTTAGATTCGA
ATCTGTTATGTTCGTGTGCCGGCAAAAATTCGAAAGCTCTTTTACAAGAA
GATTCTACTGGAGAACAATTTGCGCTAAAAACGAGCTACGATCGTCATGG
TGAAATACAGCGAACTAGTTCAAGACGTGTTACACGAAAATTTTTCAAAC
GTTGTTCTTTCTGTGCTGGTCGTATTTTTGATACTGATAAAACTCTTTAT
ACAAAGCCAGAGGACTTTGGTTTGGACGAAAAACAGCTGACAGAACTTGT
TCATGACTGTCCGGCAGAATTCTTGAACCTCGCTGTCCGGTGTTGTCAGA
GTGATGTCTTTTCATTCGGCATTTTGATTTGCGAAATGATTTCCGGAATT
CCTGGAGCCGATCCAGACGAACTGCCTAGAACTACGTGAAGAGGGACCAA
GTGGTTGCGTTGGTTCGGTTTATCACATCGCTCCTGAACTCTTCGATGAC
CAGAATTGCAGTACTAAGAATGTTTTGTGTCGAGAGATACGAAAGAATCG
ATACGAAGCGATTATTATCGATTTTGGGTTATCGTATGAAAAACACGATT
GGAGTGATCTAAGTACATTGACGGTCGTTCACTACTCGATTTGGTTGATT
CATTGCGCTTAGTACATGCGAACATGGATGTGTGGTTAGCCTACCTTGAT
TTAACTTTGGATATAGCACGTGGAATGAATTATCTTCACAACAACGGTGT
CATACACAGGGATCTGAATTCTAATGACAAAAGGAATTACTTTCAATAAT
GAGGGTCGTGTGTGCTGCCTTCTCGAGGCCACTCACAAACCAACAAAAGA
GGTGCTGGTGCTGAAAGAACTTAAAGATTACGAAGATTCTGAAAGCATCA
GTCAATTCCTTGAAGAGATTCGACTTTGTTGTCGTTTGCTTCATCCAAAT
GTTATCAAATGGTCGTAGTTGTGTCAACCCCGAATGGTAACCACTCACCT
TTACCGCAAAATGAAGACCTGGACCCTGTAAATGGACCCATAACAATGGC
CTCGCCGACTGAGGAGCCGCTGTTAGATGAAGATGAAGAATACTATAATG
GGTCAATGTCAAAGAGGAAAAGTTTGATGAATGATAAAATTGCATTTTCC
ATTCGAGTACAGGAACAGTTGAGAAGAATGGATTTTTCCATGTTGAATAT
TCCGATTTGGGACCATGAAGAGTTTGATACTGGCTATTTAGCTGAAGGTT
TCTTTGGCACTACTTATAAGACAAATCCGAAACACCGTCCACAATTCAGT
GACATCATTAAACTTGTCGATTTCATTATCGATTCATTATACGATTCCGA
TACGAATGAACCAAAAGAAAACGAAAACGAAAGTGTAACCATAACAACGA
CCTTGACGTCATTAGAAGATGATAATAATTCGAACCAAGTTGTCAATGAA
TCTAATAAGGAGACACATGACGAATACATTTTAGATTCGAATCTGTTATG
TTCGTGTGCCGGCAAAAATTCGAAAGCTCTTTTACAAGAAGATTCTACTG
GAGAACAATTTGCGCTAAAAACGAGCTACGATCGTCATGGTGAAATACAG
CGAACTAGTTCAAGACGTGTTACACGAAAATTTTTCAAACGTTGTTCTTT
CTGTGCTGGTCGTATTTTTGATACTGATAAAACTCTTTATACAAAGCCAG
AGGACTTTGGTTTGGACGAAAAACAGCTGACAGAACTTGTTCATGACTGT
CCGGCAGAATTCTTGAACCTCGCTGTCCGGTGTTGTCAGAGTGATGTCTT
TTCATTCGGCATTTTGATTTGCGAAATGATTTCCGGAATTCCTGGAGCCG
ATCCAGACGAACTGCCTAGAACTACGTGAAGAGGGACCAAGTGGTTGCGT
TGGTTCGGTTTATCACATCGCTCCTGAACTCTTCGATGACCAGAATTGCA
GTACTAAGAATGTTTTGTGTCGAGAGATACGAAAGAATCGATACGAAGCG
ATTATTATCGATTTTGGGTTATCGTATGAAAAACACGATTGGAGTGATCT
AAGTACATTGACGGTCGTTCACTACTCGATTTGGTTGATTCATTGCGCTT
AGTACATGCGAACATGGATGTGTGGTTAGCCTACCTTGATTTAACTTTGG
ATATAGCACGTGGAATGAATTATCTTCACAACAACGGTGTCATACACAGG
GATCTGAATTCTAATGACAAAAGGAATTACTTTCAATAATGAGGGTCGTG
TGTGCTGCCTTCTCGAGGCCACTCACAAACCAACAAAAGAGGTGCTGGTG
CTGAAAGAACTTAAAGATTACGAAGATTCTGAAAGCATCAGTCAATTCCT
TGAAGAGATTCGACTTTGTTGTCGTTTGCTTCATCCAAATGTTATCAAAT
GGTCGTAGTTGTGTCAACCCCGAATGGTAACCACTCACCTTTACCGCAAA
ATGAAGACCTGGACCCTGTAAATGGACCCATAACAATGGCCTCGCCGACT
GAGGAGCCGCTGTTAGATGAAGATGAAGAATACTATAATGGGTCAATGTC
AAAGAGGAAAAGTTTGATGAATGATAAAATTGCATTTTCCATTCGAGTAC
AGGAACAGTTGAGAAGAATGGATTTTTCCATGTTGAATATTCCGATTTGG
GACCATGAAGAGTTTGATACTGGCTATTTAGCTGAAGGTTTCTTTGGCAC
TACTTATAAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_033844XLOC_033844Clytia hemisphaericagene
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00053660-proteinTCONS_00053660-proteinClytia hemisphaericapolypeptide
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00053660-exon-scaffold_233-1575043694:442888..443429TCONS_00053660-exon-scaffold_233-1575043694:442888..443429Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1575043694:442273..442403TCONS_00053660-exon-scaffold_233-1575043694:442273..442403Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1575043694:441934..441985TCONS_00053660-exon-scaffold_233-1575043694:441934..441985Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1575043694:441121..441282TCONS_00053660-exon-scaffold_233-1575043694:441121..441282Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1575043694:440470..440564TCONS_00053660-exon-scaffold_233-1575043694:440470..440564Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1575043694:439969..440050TCONS_00053660-exon-scaffold_233-1575043694:439969..440050Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1575043694:439454..439540TCONS_00053660-exon-scaffold_233-1575043694:439454..439540Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1575043694:438737..438823TCONS_00053660-exon-scaffold_233-1575043694:438737..438823Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1575043694:437885..438316TCONS_00053660-exon-scaffold_233-1575043694:437885..438316Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1510915933:442888..443429TCONS_00053660-exon-scaffold_233-1510915933:442888..443429Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1510915933:442273..442403TCONS_00053660-exon-scaffold_233-1510915933:442273..442403Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1510915933:441934..441985TCONS_00053660-exon-scaffold_233-1510915933:441934..441985Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1510915933:441121..441282TCONS_00053660-exon-scaffold_233-1510915933:441121..441282Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1510915933:440470..440564TCONS_00053660-exon-scaffold_233-1510915933:440470..440564Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1510915933:439969..440050TCONS_00053660-exon-scaffold_233-1510915933:439969..440050Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1510915933:439454..439540TCONS_00053660-exon-scaffold_233-1510915933:439454..439540Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1510915933:438737..438823TCONS_00053660-exon-scaffold_233-1510915933:438737..438823Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1510915933:437885..438316TCONS_00053660-exon-scaffold_233-1510915933:437885..438316Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1491911889:442888..443429TCONS_00053660-exon-scaffold_233-1491911889:442888..443429Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1491911889:442273..442403TCONS_00053660-exon-scaffold_233-1491911889:442273..442403Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1491911889:441934..441985TCONS_00053660-exon-scaffold_233-1491911889:441934..441985Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1491911889:441121..441282TCONS_00053660-exon-scaffold_233-1491911889:441121..441282Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1491911889:440470..440564TCONS_00053660-exon-scaffold_233-1491911889:440470..440564Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1491911889:439969..440050TCONS_00053660-exon-scaffold_233-1491911889:439969..440050Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1491911889:439454..439540TCONS_00053660-exon-scaffold_233-1491911889:439454..439540Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1491911889:438737..438823TCONS_00053660-exon-scaffold_233-1491911889:438737..438823Clytia hemisphaericaexon
TCONS_00053660-exon-scaffold_233-1491911889:437885..438316TCONS_00053660-exon-scaffold_233-1491911889:437885..438316Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_233supercontigscaffold_233:437885..443429 -
Expression

Hover the mouse over a column in the graph to view expression values in transcripts per million (tpm).
Sort Descending | Sort Ascending | Only Non-Zero Values | Tile/Chart | Reset | Show/Hide Values

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
4.95377	4.78335	2.66698	1.56016	16.5046	12.2141	12.488	13.8831	10.211	12.7494	9.34881	7.24527	10.5944	10.4825	8.92135	11.8972	8.33079	9.52907	9.62846	14.0733	8.78091	8.52023	8.492	10.3024	9.22941	8.84201	3.22982	2.2032	9.29859	8.75983
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR001245Ser-Thr/Tyr_kinase_cat_dom
IPR000719Prot_kinase_dom
IPR011009Kinase-like_dom
Vocabulary: Molecular Function
TermDefinition
GO:0004672protein kinase activity
GO:0005524ATP binding
Vocabulary: Biological Process
TermDefinition
GO:0006468protein phosphorylation
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0006468 protein phosphorylation
molecular_function GO:0005524 ATP binding
molecular_function GO:0004672 protein kinase activity
Blast
[Close]
BLAST of TCONS_00053660 vs. Swiss-Prot (Human)
Match: TESK1 (Dual specificity testis-specific protein kinase 1 OS=Homo sapiens GN=TESK1 PE=1 SV=2)

HSP 1 Score: 182.185 bits (461), Expect = 2.076e-49
Identity = 106/270 (39.26%), Postives = 161/270 (59.63%), Query Frame = 3 
Query:  510 LAEGFFGTTYKATHKPTKEVLVLKELKDYEDSESISQFLEEIRLCCRLLHPNVIKTKGITFNNEGRVCCLLEYIDGXXXXXXXXXXXXXHANMDVWLAYLDLTLDIARGMNYLHNNGVIHRDLNSNNVLCREIRKNR-YEAIIIDFGLSYEKHDWSDLSEEGPSGCVGSVYHIAPELFDDQNCSTKSDVFSFGILICEMISGIPGADPDELPRTTDFGLDEKQLTELVH-DCPAEFLNLAVRCCQTNPKHRPQFSDIIKLVDFIIDSLYD 1313
            +  GFF   YK  H+ + +V+VLK  K   +  +    L E++L  RL HPN+++  G+  + +G++  L EY++G +L  L+ S   +      W   L L LDIARG+ YLH+ GV HRDL S N L R  R++R + A++ DFGL+ +   + + + + P   VGS Y +APE+   +    K+DVF+FGI++CE+I+ +P ADPD LPRT DFGLD      LV  DCP  FL LA+ CC   P  R  F++I + +++I++ L +
Sbjct:   63 IGAGFFSEVYKVRHRQSGQVMVLKMNKLPSNRGNT---LREVQLMNRLRHPNILRFMGVCVH-QGQLHALTEYMNGGTLEQLLSSPEPLS-----WPVRLHLALDIARGLRYLHSKGVFHRDLTSKNCLVR--REDRGFTAVVGDFGLAEKIPVYREGARKEPLAVVGSPYWMAPEVLRGELYDEKADVFAFGIVLCELIARVP-ADPDYLPRTEDFGLDVPAFRTLVGDDCPLPFLLLAIHCCNLEPSTRAPFTEITQHLEWILEQLPE 320
The following BLAST results are available for this feature:
BLAST of TCONS_00053660 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
TESK12.076e-4939.26Dual specificity testis-specific protein kinase 1 ... [more]
back to top