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Associated RNAi Experiments
Homology
BLAST of hypothetical protein CGI_10017331 vs. L. salmonis genes
Match: EMLSAG00000000314 (supercontig:LSalAtl2s:LSalAtl2s1046:61706:63705:1 gene:EMLSAG00000000314 transcript:EMLSAT00000000314 description:"maker-LSalAtl2s1046-augustus-gene-0.8") HSP 1 Score: 180.644 bits (457), Expect = 3.530e-51 Identity = 125/428 (29.21%), Postives = 209/428 (48.83%), Query Frame = 0
Query: 1 MAMKLETALKLYIVLYVLCFCLTWFVSVPMLIHVVPDNECLLFVSPFMNYGSSATCHIVGFAPLFVAVSALLLIVLHIIQLRSLRVFLSKPGPWRSADY-ERPPHIYWRMVIFHGLVTIGMIAITAILTAGYVDTCTNLYREVQSTLRGRYEVGKWGGAKGNNELYDRFANDHSIERYLSESRDPWGRSAAERSITCRSILTDFEIHYQLKLNHLKDPYNNAYIGPY--SEHERGLADIRHTTIRDNMILELCLAGCWISTVIWLIIMLLMLLM-RHHLRARLADESIWGSEFGESRRGGSRLSNHSFDKMSQSRYSQFSGSDMSGRRGRGTRGGSQAPSTQNGDVP---GYPIRVGPPPVNHHAVPTYSTATPAQQKNLLDYFTGNPNPKSEDEVDIDEALGDFQTQQDFNMEPQPDE----FMPNE 417
+ KLE LK+Y+ LY+L FC++W + VPMLIHV ++EC LF++P M YG +A CH++G+ L + + L L+V I QL + +P RS D+ E+ + ++ H + + ++ I A++T G+ TC +L REV+ ++ R+++ ++G +++ +RF ++ S +Y + R+ +G + I+CR +L D H ++K N +D G Y S+ + T R N LE+ +A WI V+W +++ M R +L+AR ++ S +GSEFG SN S K S SRY S+ S Q+ P GY + P N+ +P + + A N F + +E DI+E L + ++ N E + PNE
Sbjct: 4 FSTKLEADLKVYVSLYMLMFCISWLLIVPMLIHVHSNDECWLFITPRMEYGPNAVCHLIGYGSLVMGIINLALLVGFISQLYKFKKRKKQPRHMRSKDFIEKVVMFFSHLIKVHIVGNVLILVIVAVITIGFATTCQHLLREVRFFVQKRFDITQYGYQDRQDKV-ERFEDESSYRKYTNGQRNDYGSEYNMQHISCRRVLMDPINHLKIKRN--QDSSQRIVYGVYDGSDEYTDRGSLGSNTYRGNTTLEMSIAVSWILFVLWTGLLIFMFYKRRQYLKARHSNTSFFGSEFGSHAS-----SNRSKSKAS-SRYVP----------------KSECNSYQSAVSPSMMGYVDEIAKYPENNEVIPPFLSNFEATMSNDKLEFDNSL----MNETDINEYLSEHVLDEELNSAIMGTELGSQYEPNE 402
BLAST of hypothetical protein CGI_10017331 vs. L. salmonis genes
Match: EMLSAG00000012318 (supercontig:LSalAtl2s:LSalAtl2s89:235066:236526:-1 gene:EMLSAG00000012318 transcript:EMLSAT00000012318 description:"maker-LSalAtl2s89-snap-gene-2.20") HSP 1 Score: 54.6842 bits (130), Expect = 2.576e-8 Identity = 72/275 (26.18%), Postives = 110/275 (40.00%), Query Frame = 0
Query: 10 KLYIVLYVLCFCLTWFVSVPMLIHVVPDNECLLFVSP---FMNYGSSATCHIVGFAPLFVAVSALLLIVLHIIQLRSLRVFLSKPGPWRSADYERPPHIYWRMVI-FHGLVTIGMIAITAILTAGYVDTCTNLYREVQSTLRGRYEVGKWGGAKGNNELYDRFANDHSIERYLSESRDPWGRSAAERSITCRSILTDFEIHYQLKLNHLKDPYNNAYIGPYSEHERGLADIR-HTTIRDN-------MILELCLAGCWISTVIWLIIMLLMLLMR 272
L I L V+ ++ SV M I P +ECLLF S + YG+ C+ V + F+ SA+ L+ RS + S G +S R P I I F + + I+A+ AGY+ +C L+ E ++ L R +G N + R+L S C S+ +D + H + +H + Y G + RG R H ++D+ + LE LA + IWLII + M L R
Sbjct: 10 SLIITLVVINILVSSATSVLMFILTYPGDECLLFTSVRGHALIYGNPVGCNYVSYGHCFLIASAIFLLXY---VSRSNKRDESTRG--QSQISVRFPRISSSFAIGFALFIFFFSLLISAVSLAGYLTSCNELHYEAKNQLYARLTIG----------------NPY---RFLQMS--------------CSSLFSDDDFHNRFHHDHYE------YSGMFYGQNRGYKHGRVHNVVQDHEHLLPLQIALEGSLAASFFXWFIWLIISIFMFLNR 240
BLAST of hypothetical protein CGI_10017331 vs. nr
Match: gi|1325325970|ref|XP_023344831.1| (uncharacterized protein LOC111714049 isoform X2 [Eurytemora affinis]) HSP 1 Score: 239.58 bits (610), Expect = 6.052e-69 Identity = 136/317 (42.90%), Postives = 199/317 (62.78%), Query Frame = 0
Query: 3 MKLETALKLYIVLYVLCFCLTWFVSVPMLIHVVPDNECLLFVSPF-MNYGSSATCHIVGFAPLFVAVSALLLIVLHIIQLRSLRVFLSKPGPWRSADYERPPHIYWRMVIFHGLVTIGMIAITA-ILTAGYVDTCTNLYREVQSTLRGRYE---VGKWGGAKGNNELYDRFANDHSIERYLSESRDPWGRSAAERSITCRSILTDFEIHYQLKLNHLKDPYNNAYIGPYSEHERGLADI---RHTTIRDNMILELCLAGCWISTVIWLIIMLLMLLMRHHLRARLADESIW-GSEFGES--RRGGSRLSNHSFDKMS 308
MKLE ALKLYI LY L LT+ S+PML HV P+ +CLLF +P + YGS+ C+I G P+FVAV AL LI +H +QLR+LR + P + +W+M+I H +V +G++A+ A ILTAGY +C N+Y EV+S LR R + G + ++ FA+DH+I RY ++++D GR+ E+ ITCR++ TD + HY LK N + Y + G +++ ++ +ADI R+ DN+ILEL +AG WI +W++++LLML RHHL+A + DES+W GS++G R G SR S+HS +S
Sbjct: 5 MKLEGALKLYIALYSLALSLTFLTSIPMLKHVGPEGDCLLFTTPPPIAYGSTGGCYISGIIPIFVAVCALGLIFIHWLQLRNLRKHIKLPEMSSDEFRMKFKKKFWKMIILHSIV-VGLVAMDACILTAGYATSCRNIYTEVESKLRNRLSHTPISNRGADAIVRQAHEIFADDHTINRYSNDNQDILGRNKFEQRITCRAMFTDEKNHYDLKKNSANNQYLASIYGFWNQGQKNVADIGNFRNKAYTDNLILELSMAGAWIGFFVWILMLLLMLKERHHLKAFITDESMWGGSDYGAGSVRSGRSRKSSHSHRPLS 320
BLAST of hypothetical protein CGI_10017331 vs. nr
Match: gi|1325325968|ref|XP_023344830.1| (uncharacterized protein LOC111714049 isoform X1 [Eurytemora affinis]) HSP 1 Score: 239.58 bits (610), Expect = 7.406e-69 Identity = 136/317 (42.90%), Postives = 199/317 (62.78%), Query Frame = 0
Query: 3 MKLETALKLYIVLYVLCFCLTWFVSVPMLIHVVPDNECLLFVSPF-MNYGSSATCHIVGFAPLFVAVSALLLIVLHIIQLRSLRVFLSKPGPWRSADYERPPHIYWRMVIFHGLVTIGMIAITA-ILTAGYVDTCTNLYREVQSTLRGRYE---VGKWGGAKGNNELYDRFANDHSIERYLSESRDPWGRSAAERSITCRSILTDFEIHYQLKLNHLKDPYNNAYIGPYSEHERGLADI---RHTTIRDNMILELCLAGCWISTVIWLIIMLLMLLMRHHLRARLADESIW-GSEFGES--RRGGSRLSNHSFDKMS 308
MKLE ALKLYI LY L LT+ S+PML HV P+ +CLLF +P + YGS+ C+I G P+FVAV AL LI +H +QLR+LR + P + +W+M+I H +V +G++A+ A ILTAGY +C N+Y EV+S LR R + G + ++ FA+DH+I RY ++++D GR+ E+ ITCR++ TD + HY LK N + Y + G +++ ++ +ADI R+ DN+ILEL +AG WI +W++++LLML RHHL+A + DES+W GS++G R G SR S+HS +S
Sbjct: 5 MKLEGALKLYIALYSLALSLTFLTSIPMLKHVGPEGDCLLFTTPPPIAYGSTGGCYISGIIPIFVAVCALGLIFIHWLQLRNLRKHIKLPEMSSDEFRMKFKKKFWKMIILHSIV-VGLVAMDACILTAGYATSCRNIYTEVESKLRNRLSHTPISNRGADAIVRQAHEIFADDHTINRYSNDNQDILGRNKFEQRITCRAMFTDEKNHYDLKKNSANNQYLASIYGFWNQGQKNVADIGNFRNKAYTDNLILELSMAGAWIGFFVWILMLLLMLKERHHLKAFITDESMWGGSDYGAGSVRSGRSRKSSHSHRPLS 320
BLAST of hypothetical protein CGI_10017331 vs. nr
Match: gi|1325325972|ref|XP_023344832.1| (uncharacterized protein LOC111714049 isoform X3 [Eurytemora affinis]) HSP 1 Score: 238.81 bits (608), Expect = 8.905e-69 Identity = 136/317 (42.90%), Postives = 199/317 (62.78%), Query Frame = 0
Query: 3 MKLETALKLYIVLYVLCFCLTWFVSVPMLIHVVPDNECLLFVSPF-MNYGSSATCHIVGFAPLFVAVSALLLIVLHIIQLRSLRVFLSKPGPWRSADYERPPHIYWRMVIFHGLVTIGMIAITA-ILTAGYVDTCTNLYREVQSTLRGRYE---VGKWGGAKGNNELYDRFANDHSIERYLSESRDPWGRSAAERSITCRSILTDFEIHYQLKLNHLKDPYNNAYIGPYSEHERGLADI---RHTTIRDNMILELCLAGCWISTVIWLIIMLLMLLMRHHLRARLADESIW-GSEFGES--RRGGSRLSNHSFDKMS 308
MKLE ALKLYI LY L LT+ S+PML HV P+ +CLLF +P + YGS+ C+I G P+FVAV AL LI +H +QLR+LR + P + +W+M+I H +V +G++A+ A ILTAGY +C N+Y EV+S LR R + G + ++ FA+DH+I RY ++++D GR+ E+ ITCR++ TD + HY LK N + Y + G +++ ++ +ADI R+ DN+ILEL +AG WI +W++++LLML RHHL+A + DES+W GS++G R G SR S+HS +S
Sbjct: 5 MKLEGALKLYIALYSLALSLTFLTSIPMLKHVGPEGDCLLFTTPPPIAYGSTGGCYISGIIPIFVAVCALGLIFIHWLQLRNLRKHIKLPEMSSDEFRMKFKKKFWKMIILHSIV-VGLVAMDACILTAGYATSCRNIYTEVESKLRNRLSHTPISNRGADAIVRQAHEIFADDHTINRYSNDNQDILGRNKFEQRITCRAMFTDEKNHYDLKKNSANNQYLASIYGFWNQGQKNVADIGNFRNKAYTDNLILELSMAGAWIGFFVWILMLLLMLKERHHLKAFITDESMWGGSDYGAGSVRSGRSRKSSHSHRPLS 320
BLAST of hypothetical protein CGI_10017331 vs. nr
Match: gi|1325320166|ref|XP_023341875.1| (uncharacterized protein LOC111711701 [Eurytemora affinis]) HSP 1 Score: 102.834 bits (255), Expect = 9.130e-20 Identity = 69/279 (24.73%), Postives = 132/279 (47.31%), Query Frame = 0
Query: 2 AMKLETALKLYIVLYVLCFCLTWFVSVPMLIHVVPDNECLLFVSPF---MNYGSSATCHIVGFAPLFVAVSALLLIVLHIIQLRSLRVFLSKPGPWRSADYERPPHIYWRMVIFHGLVTIGMIAITAILTAGYVDTCTNLYREVQSTLRGRYEVGKWGGAKGNNELYD-RFANDHSIERYLSESRDPWGRSAAERSITCRSILTDFEIHYQLKLNHLKDPYNNAYIGPYSEHERGLADIRHTTIRDNMILELCLAGCWISTVIWLIIMLLMLLMRHHLR 276
+ L+ L L +++Y +C ++ HV P +EC+LF + ++YG A C + + L + + ++ L R+L F SK G + ++ + + + H T ++ +T ILTAGY C+NL V L + ++ G E D ++ D+ RY + + +G ITCR+I TD IH +L H++ ++Y G + + + + + + N ++E +AG W+S ++W+ ++ ML+ R +L+
Sbjct: 7 VVSLQRTLSLLLIVYGVCMLTALLAGATLVAHVDPFSECILFSTASGEGLHYGHEAICETIAYLYLACIIGSGVMFYLTFKHRRALIEF-SKSGQYMKV-HDDVMKLKNKFIWLHLSGTSMIVILTVILTAGYGLACSNLEHVVNGDLMNKMDL-----KSGQRERLDEKYVFDNQFWRYTGQINNAYGTEQFSIRITCRTIFTDPTIHQKLHETHVQK--YSSYYGYWYKQDLYAFNPQTQAVLTNALVEASMAGGWLSILLWVGSLVFMLIQRFYLK 276
The following BLAST results are available for this feature:
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| scaffold534_size144770 | supercontig | scaffold534_size144770:95633..109861 - |
Analyses
This gene is derived from or has results from the following analyses
Relationships
The following mRNA feature(s) are a part of this gene:
Sequences
The following sequences are available for this feature:
gene from alignment at scaffold534_size144770:95633..109861- Legend: mRNA Hold the cursor over a type above to highlight its positions in the sequence below. >maker-scaffold534_size144770-snap-gene-0.37 ID=maker-scaffold534_size144770-snap-gene-0.37|Name=hypothetical protein CGI_10017331|organism=Tigriopus kingsejongensis|type=gene|length=14229bp|location=Sequence derived from alignment at scaffold534_size144770:95633..109861- (Tigriopus kingsejongensis)
GCCTGGCAAGGTGAGGCTCCAAAACATCAACACTTTATACGTGCCAGCAT
TGTGCATCGCTTGAGTTTGAAGAGCCGTGCTGTGACAGTGTTCCATTGTT
CCAACTGAGCGTGTGCCCTGCTATGGATCCCACTTGAGGTTGGGATTGTG
TGAAACGAATCCTTCAAGATGGCTATGAAACTAGAGACAGCCTTGAAGCT
CTACATCGTCTTGTACGTGCTTTGCTTCTGCCTAACATGGTTCGTGTCCG
TTCCCATGCTGATCCATGTGGTTCCCGACAACGAATGTCTTCTATTTGTC
TCGCCCTTCATGAATTATGGGTCCTCTGCCAGTGAGTGTGCTATCTTTAT
GACTTTATACCTTTATGAGTCCCTCAATTATCTCCATGCCCTCTCCTCCC
CCCCCACCCCCAAAGATGGGACGATTACCCGCACAATGGGACTTGGGAAG
GGTCCCCTTTGAAGTCTAATATCGTTGAGTCATAACTCGATCCATAAACC
TTCTCCTTGGGTGGAACAGACGCAATACACGTTAAAAAGCCAGCTTGCTT
CTCAGATTTCAGTTCGTCCAGCAGTCATTGGCAAAAGCTTTGAACGTTAC
CGAGAAATGTATTTGGAGAGGGCATTCTATCACTCTGACAAGAATGCACA
ATACTAATGAGGTCCACTTCCATTCCAGCGTGCCATATCGTCGGATTTGC
TCCACTTTTTGTGGCCGTCTCGGCTTTGCTCCTCATTGTTCTCCACATCA
TCCAATTGAGGTCTCTGAGGGTGTTCCTCTCCAAACCCGGACCTTGGAGA
TCGGCTGACTATGAGAGACCGCCTCACATTTACTGGCGAATGGTAATGAC
AACTCCCTTTCACCACTAGGGATATTTGATCCAGTCCAATTTCAAATGCG
TCTTTTTGGCAGGCAAAAAGGGTGAACACTGTCGACAAAGTATCGCTCAA
TTTAGGCGTTTTATATTTCTATAGCTAAAAAAGACGATATTCATGTTAAA
AGTTATAAAAAATGTTGCTTCGCGAGCCAATCAAATTAACAAAATGGCCG
CCCCATATGTATCGTCTTTCCCACAAATCGATTGTGGAGGAATTTTGCAC
TGAAAAGTAATCTGGTATAAATTAAGAATTGCTGTGATGGCAAGCGAAAG
CCAGACCATTTCATAATAGGTCGTTACAAAAAAAATCGAAATAATAAGGC
CTAACTCCACTTAATACTCATGTACAGTACTGGGTCTAAAATTAGTGTAT
CGCAATCGTTCCTGCGTTTTAAAGGTAGAAGAAAACATCCAACGGAAAAG
CTCAGAGAAGGAGAAATGTAGACGCGAATCGGCTTAATAAACTTGATTTT
ATTGAAGCATTAAAAACAATCTGATGATGTGAACGCTTAAACCAAGCCCA
AGCTTCGTAAAATGTTGAATATCCTTTTGGACAAACAATATTCCCTGCTG
ACCAATTCGACTGCACCAAAATTGGACCCACAATTGACCTGAAAAAAGCT
ATTATTTGGCCAGGAAGAGCACCAAAAAGGCACTCGATGCCATTCATCTC
GGATCATCTATGGCCATAGTCTAAGCAATTGATGTAAAAGGTAGTGAACG
TCATGGTTGAGTGCGAATTGCAACAGTTAAGACAAATGTTGACGAACGCA
AAATATGTCTTTGGTAACTTTATTCCGAGCTCTACTCATGAGTCTCACAA
TAACCTCTTTAAAATGTGTTTTGTACATTATCTTTTACCACTGTTTTTTA
AATGCTCGATCCCAGTGTTGCTAGATCCCACGGAGGTCCAAATCAAGTGT
CCAATTATACCTTTTTTCAAAAGAGACCCTGTTATGGGCGTTAAAAAACA
AGCAACAAAAACCTAAATTTGGATCCCAACACTTAAGTTAGTTTCCAAAA
GTTAGAATCTAAAAATTGTTGACAAAACGCTTCCTTTTTTTTATTTTGAT
ACCTTGTTTTATCCTTTATCTTGGCTTTTTATCCAAATGGACCAATTATG
CCCAAATCAGCTTTTATACCAAATAAAATTTGGTTACACGTCTAAAAAAA
AATCTCAATTAAACATTTATTTCTGAAAAATTATGAGACCAATCTGGCCA
TGCTGATTAATCCAGCTGGGTCGAAAAGGCGTAGTTCTAATTCTATGTTT
TATCGCAAACAATGTTGAGGAGGCATGTGTCAAAAAAGGATAAATCAACC
GAGTCGGGTCATTTTTTCTTAAAGCTTTATTACGAAGCATGCGGAGCGAC
AAACCTTGGAATGAATTAAAATGGCGACACTGGGAGTAATACTGCAAACA
TTGGGCGCTCAACTAAGTCTGGTTAAACACCGTGATGAACTCGTAGTAGT
CGACCATTCCATCCTTGTCCAAGTCGGCCTCCTTGATCATGGCATCAATG
TCGGCATCCGAAGTGGGCTCGCCCATCTTGCGCATGGCGGATTTGAGCTC
CTTCCTCGAGATCTTGTTGTCCTTGTTCTTGTCGAAAACCTCGAAGGCCG
CCTTCATCTCCGCCATTTTGTCATCGTTGGCGAACTAAAAAATCCAGAAA
CGACATCCTTGTGAGTCTCAAAAGTTGCACATGCGACAGAAATAGTGCTC
AGGATCGCCAAGATTTTGATAAAGGGTCAGAAACGTTTTGAAATTAGGAA
AGGATTGATTAGCTTGCTCCAATATTCTTCAAAATTTCCTCCCATAACCT
TATGTGTTATCCTTAAAGTATTTCACAATGATATAGTTTGAACAAATCAA
AAACATGCATGTTTGTACCCAAATAAAGGAGCACAATTTGAAGAACATTG
GCGATATTTTCAAATACATCAGAAAAGTTTGACCGAAATTAGAGCCTAGA
AAATGAAAATGTTATGTCAAATATGCTACTTTTTCTAAACTATTGTTTTA
ACTAATCCAGCAATGAAACGAATGCTTCTCATTAAAAGAGTTCAGAGTAA
GGCCCAATCTAACCTGACCTTTCATAAGCCATAGTGACATTATTAGATGT
TTTTGAACAAGTAGCATATAAACGTCTTGTCGAAGTACCTTATGTACATA
ATGTGTAATTGAGACATTTAACTTTAAAGGGCATTTGCTAGTCCATAATG
GACTTTCAAGGACAATCCCTCGTGATTTTATCGTTTCAATCTTCAACGGA
AATGAGCCAAAGTCTAGGTGCAGACTTTGACGCTGAGCCTCTTACTAGAT
ATTAGTCCAATCTCTTCCGTAGGGCCAATAATGGCTCTGGTACTCCCTTG
GACCGGCAACAAGGAATGTTTTATATTCATGCACGTATGTTGGTGGACTA
ATGGAAATGCATTTCGGTGTGTTTGCCAAGCTCTCAGCGTATGAAAAAAC
ATTAGTGGATCAAATTTGGCTGTCCTGGGGATGTCAAATTAGACGATATT
CTTGGTGTGTGGGAGTAGGTTGGGGGGATTGAGGCATCATCGCTAAAATA
GAGAGCCACCCTGGTCGAGAGAGCCTTGAATTTCCTACACCCAATCCAGC
CAGGAATAACTCCAATGTCCTGAGCTCACATCGCCTCCTACTGAAGCCAA
AAAACTGGTGTCATCAGAGGATTTCTTAATCATTGGAACAGACACAGCAT
GAGGTACAACACATCTTGAATGGGGAAAAAGGCTCAAGGCGTGAGCATGT
GAGGCGTTCAGGTCTGCGAGAGTGTTTGTTTGTTTTTGCAGGCATCTGCC
GTCATGTGAGACGTGTTTATTACGCACATACGTACTCTGGGTACATTTGT
TGATCCATTTATTTTGGAGACTCTCAGAGCATCAAGTGCTTCTGGTATCA
CATTTTACGGTCAATCCATAGAGGCCAAAGAGTGGTAGGCCACTCATAAG
CAATACATTGGAGAAAGACACATCTAGTCGAGGGCATAATCCCAACACTT
GAAATCACCCAACCTAGCCTTCCCTTACGATACCAACCACACTCCAAGTG
GATGACCAGGGTAAATCGTTGAGGATTGAAATTAGTGCCTTCTATGCAAA
GAGTAGGTCGCTTAGTCCCGCCACCCTGCCACTAAAACCGTTTTGCTCCC
CGAAAAGGGGTAATTGTCTTCTCTTGAGTGCAATTCAAGGGATACTTTCA
GAATTCCTTTGGCTTAACCAAGGTGTGAGAGCATATATGGTGAAAACTAG
AGAGCCCAATACAAACAGATAGACGGACTATAACCTCATTAAGTGAGAAT
CACTAAATTAAACCGGAAACACTTTGGGAATGGACATCTAACCTCGCTGA
TGGAGTAAGACCATTGAGGTAAAGCATACAAACTAGAGCGATCCAGACAG
CAAAATCCGGCAATAGCCGAGTCTGCTGATGTAATTGGATCAAACAGTGC
CTTTTGACTTGTCAAAGTTCGAAAGTCTTAGAGGGCAAGCCAATTAAGCA
AACATTATTGAAAAGAGTGAGCGCGCTACTCTCTATTCAAAGAGTTGTAA
CCTGGGAATTATTTTTATTGGGCTACGTTGACACACTCCTAGGAAGGGCT
CGCAAACTCTGGTGGACCATGAAACAGTAGCCATTTAGATAAATTTTTAG
AATCAGGCACCCGGGTGGGACTGAGTTGATGACTGCCTTGGTAACTGGGC
CTAACTCTTCATGGTAACTGGGGCTAACTCTCCTTGGTAACTTGGGCCCC
TTGGAAGAGGGATTTATTGTATATGGAAGGTGTCCTACTCTTACAGGAGG
GTCAGGAAGAATCCAGAAAACGGTTGATCCTGTGCCAGTTATAGGATTTG
GAGACCAAGTGGCACTCAAGGAGGGCCTACTGTGTATCTGGAGTGATCTC
CAGCCAAGCAAAGGGCTGAAATGGAAAAGCTACAACAGTCTCCTGATCTA
CCTACATAGGATGGAAACCTAACTATGATAGGTCTTTGGATAGCTTGCCC
GGCTCGCCCGGCCGGGAGTAACGCTTTTACTTTGGCAGGCAAGGACGCAC
GGTGTTTCGTATTCCTAGATCAGCAGACTCATTGTCGCTCCATCTTGCCA
CCTAACTCTCTCTAGTGATATTTACTCACTGGTTACCCTTGCAAACTTGC
CCCCCTAAAATGTGGCGTTGATGACCTAGGGGAGGAGGGTAATTACTAGT
CACATACCCTTTTGATCATCATGTTGAGGAACTCTGGAAACTCGATGGAT
CCACTCCCGTCCGCATCTGCGTTGCCAATCATGTCCTTGAGCTCGTCTTC
GGTGGGGTCCAATCCCAGCTCCCGCATGACCAAACCCAGCTCTTGGGTGG
TGATTTTCTCATCCTTGTTCTTGTCGAACATTTTGAATGCTTGCCGATAC
TGACCGATTTGGATCTCGGTCATCTCTCGAGCCGTGGTCGGCCTCGAGGC
TCCACTCTCCGGGGTGGTTGACATGTCGTCTCTGGATCCGAGTGCTTGGG
CCAACTGAAAGATTTGGCCAGCTCTGAGCTCAAGGTCGGATCATCCAGGA
TGAATTGCTTTTCCGATGATCACGCGAAGAACGGACTAAACATGACTTCT
AATTCAAGATTCAAAACACACCTGGCAAAATATCTTGCGTGTGTCCTGTC
AATGTCGGGGTGAACAAATGGTGGCGAGGACTTGAAACGCCAGATTAGAG
CGGTCCACAGGATGACTTTCCATTAAATTTACCCCTACGACAGCTTGGCC
TGACTTTCAACAGTGGTGTGCGAGGGTCTTGAGTGCACCTTCCAGACTCG
AGGACTGATCCCTTTCGGAAAGAAACGAGCCGACCTCGATGTGGCGGACA
TGACTCACAAGCTCTCTCTCGCGTCGGCGCCGATTATTGGGCTCCTTGTT
TTGGGGGGATACTGACATTCTATCCAGAGTGTGTTAATCAAATATTAATT
GCCACGCTCACCATTAGTGCCAGTGCCATTCCCTGTCACCATTCATCCTC
GTGGAGACAGCCTCGTGTCGGAGCGAGGACATATGGTGAGGCTCTCAATT
AAGCCCTTCTGGTCTCAATCTGCGAGGTCAAAGCGGCTATTTCCCCGTTT
GCTAGCTCTCCGATAGGAAAACTCCCGTTCCAAATACAAGGTTCCTGCTC
CAAATCCAGATTTGGAGCCGGAGCGAGCTGTGAAAAGCGTCGAAGTAGAC
TTGTTTTTACATTTTCGGGACATTACGTACACTTCTCAGATCACAACGGA
AAAGCCGGGAAACACTGTTTTATTAGTTACATTAAAATAGACTTTTTCCC
CAATTTGGGGGAAGGTATATTTTTTGGATCTTCAGAGTCTAGATCAGGCA
ATATTTTACTTTTTTTCAAATAATTTTATTGTCAATTAGTGCCTTTTAAG
CCAAGCTCTAAATGACGAATTTGTCCAATATGAACAAAATTGACCTTCGG
TGTTTTCGAAATATCCTCTCCAACAATTTATGTTATAAATAGTAACATTT
TTCCTGCAAATGAATACTTGAATGGAAAAGATTGCCACCTTCAGGATAAA
TCCCCCAATTAATAAATCAAGCTAGACATTGCCGTCATTGAGTCGTGAAA
CTGGGAGGAAAAAATCGTGCATTGTTTTACTTCATTGAACTCTTGGTGTC
AAATGTCTCTCTGAAAGGATGACAACTTCAGCCAATGATACTTTTTTTTA
AGTCTCCAGGAAATATATGTTTAAAGAAAATGCTGTTTTATTTTCTTCTT
GCCATTCAGGAATAAGAGGAATATTACTGAAAACATGAAACCAATTTTGG
TTTTATTGGCCAAAAGTCATATTTACCAAATTGGCGAAATTTTGCCAACA
CTAGAGGAAATGCATCTTTTCCCCACACGTCAGCAAAGTATGCGACTTGT
ATAATTTTCCCATTGGTTTGTGAACATTCAATGTTGTCTGATTTTAGAAG
CAAGTAAAAAAACCACCAAATTTTTCTTTTTTTAAACAGGCTTTTTTAGC
ACACAAAAAATGGAAAACTTTCATACAGTGACAAAACATATTGTTGGGCA
ATATGGTAAAAGACGATTTTTTCCGCCTCAAAAATTGAAGTGTTCAAGTA
TTCACTCGCCCATAACATAAACTGGAGTTTCAAGGGTTCTGCATTGTTAG
CGTTAGGGGCAGCGTTACAAAATGAAGTCGGCGAGCAAAAACATGATTTA
TCGGTAGCTTACAAATTATTGGGTCCATTTTGCATTTATTTGGCCGAGCT
CAAGAGTGGGTGAGTAAAAAATAATGCCTTTGTCTGTGCTCGGGGGAGCT
TTGAGACCGGCACCAAGAACTAAATGTTTACTACTTGTTACTTGAAGATC
ACATTACTCCATCCGAGAATAGCTGCGTCCTTGAGAATTTGTTCAGGTGT
AGGGTAACTCAAATGAAGGAGCGTTCAAACAAGCGATTAAGACTTAAACG
GGTAGAATTACAATTAAAATATGGATCAACAATGGCTCGTGGTGGCCTTT
GTTCCAATTGGCTCTTCAACTGTGGATCTGTGGGTCACTAGGATTTGGGA
CCAGGTCTTGGGGGGGGGGGGGATCGATAGCCCTTGTGGTGGGTGGACAA
CGTAGCTGTGACTACCTGGCCCGATTTGATTCCACCTTTCACTGACCAAT
CCAACTTTGTATGCATCTGTACTAACCCCAGACATGGACCATCGTGGATC
CAAGCAAGGGCAACTGTTCCAAGCCTGACCACAAATATCTTGTTGATTGA
AAAAAGCACAATACAAGCAGAAGGACAATACTACACAATACAAGGATCTG
GACCTAATACTGTACTGTACGATACTGTACAAGGATCGAAAGGCATGGCC
TACGAGGTGTGTCTCAAGAAAAACGAGACAGGTCTAATAATGCAAAATTT
TAAAACAGCAAGCCAAAAAGTATTAAGTTAAGATTTTGCCACATAACCTC
CGTCAATCTGAATGCACTTTTCCCAACGTCTTTTCCACGCGTAGAACGCG
TCCACGAAGTCCACGATGAGGATGGTGCCGCAAACCCCGGCCAAGTTAGT
CGTGACGTCCTCCCACTTCATAGTCACCCCTGCCAGCTCCTTCTTGCACT
TTGGGAGGAGGAAGAAGTCTGCTGGGGCCAAGTCTGGGGAGTAGGGGGGA
TGTGAGAGGTTCTTAATGCCCTTTTTCCAGGAAAATCTGGACGATTTTCG
ATATGGGCACAGGCGCATTGTCCCCATGAATCTGGCAGACTTCTTGACAC
ACCCAAGATCCTCCTGGTGCATACGATGAATGGATGCATTCAAAAGGTCT
AGGCTGGAACTTAAAATTTCAACAGTCACACGCCGGTTGGAGGTCTCCAC
CGGCCTCACAGCCTCGAATTTGTCACAAGTCCGCCCCGTCCGAGTCGACG
TCTTGCCCCGGCGGTCTTCGGTGTCTTCACCGGCCTTGACCTTGGCAATG
ATCGTGTAAACTGCAGCTCGGGAGAGACGACCGGACCCAAAGATCACTTC
CAACTTGTCAAAGTTCTCCTTGGGACCTGCCCCGGACCTGGCCAGGACGA
CAACGAACACATGCTGACGGCTCATTTTTCCACTTTAGTGATTTTTTTGG
ACGAGGTACGCGAAGTGACGCTTACTTGAACGCTCGAAACTCCACGTTGG
GAAACATTTCAAACCGGTTTGTCCCATACTTTCTTGCTCACAAATATCAG
TGCTACAATTTATTTTTTGTCCATCAAACTTCCTTTTTCGCCCATTTTTG
AGCTATGGGAAATGTCTCGTTTTTCTTGAGAATCACCTCGTAACTCTGTT
AGCAATGCTTTACAATTGGGATGTAAATTAAAGAAAATTTGAACCAACAA
GAATACCTCACTGCCGAGGATCGTCTTTGGAAAGATACTCAAGTTGTGTG
CAATTGCCCTCTAATAAGTAATATCCTTCCTTTCGACAGCCCAATCCAAA
TTATGAAACAATATCTAGGTGATCACTACTATTTTCGCATGCATGTACAA
CGGATATACCAGTAGTCTTGTTCGCAATCGGGCTGCCTTAGTAAAGTAGC
TAAAGTGAGTTAGACAAAAATAGCATTTTGCGGAAAATTTTCAATTTTTC
TCTCAGAACCTGATAAGTTTCAGCTGATGATGTAAACACGTTTATTGCTG
AAACTAAAGTCCCTGTATACCCAAAGTCCAGCCACTCAACCCAGTTATTC
CATTGAGCTGATGAACGCTCTCGACACGATTGGCTCACAACAGTATAGCA
CCCTCTAAATCCCCCCTCTCTCCTCAATGATTGTCTGTCACCTGCGAGTC
TGCTGACACACGGCCCACAACAAAAGGAGTGTCGGGACTTTGGTTATATA
GGGACTTTTGCTGAAACTAATGCTCTAAATCCCCTAGTTTAAGCTTCGCG
AGAATCCAAGCAAGGTTCAATGGACCTAATGGATTTCTGATCCAGTTTTT
TTCCAGCTACGTCTAGCGTGCCGCAAGGTTTAGTTAGCACTTCAAACCTG
GCCACTTCAGTCTTGAATAGCTTACAGTTCGGTCCCTGGGGCAAAACTGT
AAAAGTCTTGTATAAAAACTTGCGCTTTGTTGTTGCCGAGGACGTTTGGG
CAGTCATGGCATCAATGGCAGACAATGCACTCAACTACAAGAATGTGTTT
ATTTCAGGTCATCTTTCACGGCCTCGTCACCATTGGGATGATCGCTATCA
CCGCCATTCTGACGGCGGGCTACGTGGACACGTGCACGAATCTCTACCGG
GAGGTCCAGTGAGTAACTTTATGTGTGTTTTCACGATTGTATTTGTGCCT
TTGATTGTCCATGGCCCATGTGCATACCTGTTATGGTTTGATTGTACAGT
GTATATTGATTGTGTGCACTTTTAGGTCCACGCTCCGAGGTCGCTACGAG
GTCGGCAAATGGGGTGGTGCCAAGGGCAACAACGAGCTCTACGACAGATT
TGCCAACGACCACTCGATCGAGAGGTGACGACCCATTAAGAAGTCAATAG
GTTGATGGAACTGCTTTCACACATTAAGGCCTCTATTTCTTCAGGTACTT
GAGCGAGTCTCGAGATCCCTGGGGCAGATCTGCTGCCGAGCGCTCCATCA
CTTGCCGCAGTATACTCACGGATTTTGAGATCCACTATCAACTGAAACTC
AACCACCTCAAAGATCCCTACAATAATGCCTACATCGGTCCTTATTCTGA
GCACGAGCGAGGCTTGGCGGATATCCGGCATACAACCATTAGGGATAACA
TGATCCTGGAACTATGCTTGGCAGGTAAGTGCTAGAAGTCCGTGTTTTGA
TCAATCGATTAATCGTTTATGACTCGTAAACCTTTTAATCGATTGAAGGT
GACATTTCTGTGAACAAACTTAATTTCAGGACCGCCCACCCATCAGATTA
TTTGGCGGTGGTCTCCGCAAAAAACTGGAGTTGTCAATTGTTTGTACCAG
AAATCTTTCTTGAAGGGGCCAGGTTCTGTGTTTTCCCAATCATAATTAGG
ATATGAATTGGCATTGGGTCAAAAAATGCGAACATGGGCATTTTAGAAGC
GCCAACAATTGATAGGCAAGACTCTAAAATAGACCAAATTGTATGAAAGA
GAAGACAAATGACATTTTCCCACGATATGCTGCACGGTTTTAATGTCAAC
AAATTGCGCCTCATCCATATGTAAAATTAAGAGTGAGAATGACAACCCTC
TGACATCGAGTCAGGATGGCCGAGTGGTCTAAGGCGCTGCGTTCAGGTCG
CAGTCCTCTTCTGAGGGCGTGGGTTCGAATCCCACTTCTGACACATAACT
TTTTCCTGACCACGAGCTCTCCACGTGTTCACGAGGTTCTGAGAATCAAT
TTTGAGCCCTTCCGTTCGTTTTTCCAGGATGTTGGATATCCACGGTGATT
TGGCTGATCATCATGCTCCTGATGCTGTTGATGCGGCACCATCTGCGGGC
ACGACTCGCGGATGAGTCCATTTGGGGCTCTGAATTTGGTGAATCCCGCC
GTGGAGGAAGCCGCCTGTCCAATCATAGCTTCGACAAGATGAGCCAATCG
CGATACTCCCAATTCAGTGGGAGTGACATGAGTGGGCGGAGAGGGCGTGG
GACTCGAGGTGGAAGCCAAGCTCCTTCCACTCAAAACGGGGATGTGCCTG
GATACCCGATCCGGGTACGTAATCCATTCATTTCCACCCTGCGAGGACAG
GCTAATTGAGTCATGTTTTCACAATACAGGTTGGTCCGCCTCCCGTAAAC
CATCACGCCGTGCCCACCTACAGTACAGCCACTCCAGCCCAGCAGAAGAA
CCTTCTGGACTATTTCACGGGGAATCCGAACCCGAAGAGTGAGGATGAGG
TTGATATCGATGAAGCCCTTGGTGACTTTCAAACCCAACAGGACTTTAAC
ATGGAGCCCCAACCCGATGAATTCATGGTATAAGCCAGACACGGTTTTAA
AGATCGTCGAAGACGTAGAAAGCATGGAGTTTTAAGAGGTTATCTCATCC
CTTAGAGGAGACTAGGGGGCTCAGTGGAGATGTGATTATCAAGATGTAAC
TTTTAATTGTATTTATGTATGCACATTTGAGTATGTTGTGGCAAGGAATT
CTAAACGAGGAAGGATTACTTCATTCCGAGTGAAAAAAAAACGGTATGGG
TCAGGAAGCTCGAAAGCCGTTAATGCAATCAATTGACGGGCGGGAGTTGC
GGGGACATTTCTACCAGTTTTGTAGGGTTTAAGAGTGATTAGTTGATAGA
CTCTTAAACCCTACAGAACAGGTAGAAATGTCATGCGCACCTCCGGTCCG
TCAATGGATTACATTAACGGCTTTCGAGCTTCCAGGACCATGCTGTCTTT
GGGCACATTTTTCGTTCTGTGCGACCTCCAGGTGATTCTAGTACTCCATG
TAACATCTTGCGAACAAGTGCCAGAAAGATAAGAACAAAACTTGCGAGAA
CCTACTCAACAAAACAACCTATAATAAGCGAGAATAGAAAACAAATCCTA
CCAGATTATAGAAAACTCTGAAAAAAACTAAATAATGGTGGAAAAAACTC
GATCAATACCATTTTAAGTGGATATATATGGGAAAAGCCTAATGACAAAA
AAAATATGGAACAGAGCCAAAGAAATAACGAATGATAAGTTTTCAGGCGT
ACAATTAGAAGGAAGTAGAATTGATTCGAAACGGACATTTTTGTACGGTC
TAAGTGCAACATTGCAATGTGCACTTACTTTCAAGTTTATTTTAACAAAG
TTTCCAGCATCATAATTATCCAGGGCTAGTTCCATATGGAAGCCAAGACA
TCCTTGTGTAAACTCAACTGCTTTAAGCTTTTTTACTGACCCTGCGTTTT
GTCGTGTTTGTTCAGATTTCAGTTTATTTTCTCATATCCCAATGGCGAAT
TTAGTGAAATTTAAAGTAGTAATTTTTATACTCGATGTCCGGGTAATATG
TGGGGAGCAAGGAAGATGTGTTTTAAGGGAGAGCAATGTTGGTCACATCG
TGCGGTTGTTACTTGGATAAACACGATTCATGTTCTACTTTGTTGGTAGA
TTCGGAAGAATCGTGAGGGTTGATCACAAGCTTGTGTTGGATAACTGTCA
TTTAACCAGGTATTAACCATGCATCTATGTGTAAGAATAGTATATATTTA
ACTTGATACTCCCACTGGTCTGGAGCTGAGTCTAGGATATGTTTCCCTGC
CTCTGGCAATTTGACCTCACTTGAATTATCCAGTACTTGGGGTGACATGG
TGATAAAGTGTTATAAGGCTCTTAATGTGATGCTAAAATGCATATAATAC
GCAAATGTTTTTTTACCAGCTCTAGACTCATAAGCCTGCTTCATTTACTG
TACAATCCAAGCGACTTCAATAGTCCGAAAGCTTGGGAGCGCCATTTCTT
TGTTTGAATATTTTTTTTCCAGTTAGAATGCCTAGAGGATTGATAACTGC
CCCTTGTACAACTCTCATTCATTCTCAATTGCAGCCCAATGAGAGTGCCT
TGGATACGTCCTTCGAATTCCCCATCGATCACAATGTGGGGGCCGGTGAC
CCCATTCCCCTGGGCGATGACGTATCCAACGGGACGATGAGAAGCATTCC
CATTCAAGTGAATACTCCTCGAAACACTCAAAGCACTCAAAACACTCCTC
AGTATCCGATGCACCACAATCCAAATCCAAATCGAGTCGTTGGTAAGTTT
TTTTACGCTGTTTGCGCTCATAGCTTCTCACCAAATGAAAGAAGCCCCGT
TAGAAACAAGGAAAACATGTCGTTGTTGTGATCTATTTGCATTGTGTGCC
CAATGTCTTTATGCATTTTTGGAGCGTGATTTGCATTTTCAACAAAAACA
ATGCGATTATTTTGTGCTTCAATAATCTTCCTGAGTTAAATTGAAGATTT
GGATGGGGGTCACAAATGTTAAAATTGAGCGACTTTGCGAAATCCTGTTT
TACTTCGGCCAATCCATTGGTGGGGGATTGTTATGTGTGGGATAATTAAT
AAATCAACTAAAGGTGGGTTGATTCAAAGTTTGCTCTGTCATGAAAAAAG
TTGTCTTCGCTCCTAATTCATTCCCCATTTTAAATTTGCCACCTCACGTA
AACCTCGGCCTAAAAACCCTCCAGCAGCGTTGGGATACTTGCCAGTCTGT
CAGTAAATGACACAAAAAGCCAGACCCAACACCCCATGGCAGCCTTTATT
CTTAACACACCAAGTGCTTGCCTTCGATTGACTTGAAAGGGCTGAAACAA
GTTCAACAGCTGAAGATAAATGTACCTGGTACACACAAGCACATGAGCAG
GCGCCATTCATTGGACTAAATGTTCATACAAAGCTGTTTCGCTCAGGTCA
ACTGCTAAGTAGGAAACACATGATTGTTAGTGGGAAGTTACAAGACAGAC
AGATTCTTTTCATTCGATTCTCACTGCATCCGTGGGAGCAAACCACTGCA
AAGGTTGCGAGATCAATTTTGACTCTTTCCGCAAAACCGATCTAGTGGCG
CTCTCCTATTGACTCCTGTGCCGTTGCATGAATAAAGAGAGTGTTATTGA
TGCTATTCCAGGTCGAAGAGGAGCTCGTGGATCTGGCATGAGCCCGACGT
ATCCAGGGAGACAATCTGCTCTGGACACCTCCATGCATTCCTATCAGGAA
GAGGATGGCAACTACACAGAGGAGTACAACGAGCATGAGTTGGAGCACCA
CCAGTATGACTACAACGATCCCTCCTCGAGCGCTTATCGCACCCGATTGG
GCCAATCCTCTATGATTTGAGCGTGAAAGAAGTGTTAAATGTTACATCTT
AAGTCAATGAAATTCGTAAGGTTAAGCGG back to top
Synonyms
The feature 'hypothetical protein CGI_10017331' has the following synonyms
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